Table of Contents

  1. Cover
  2. Acknowledgments
  3. About the Author
  4. Introduction
    1. Who Should Read This Book
    2. The Mastering Series
    3. What Is Covered in This Book
    4. How to Contact the Author
  5. Part I: Introducing SolidWorks Basics
    1. Chapter 1: Introducing SolidWorks
      1. Installing SolidWorks for the First Time
      2. Starting SolidWorks for the First Time
      3. Identifying SolidWorks Documents
      4. Understanding Feature-Based Modeling
      5. Understanding History-Based Modeling
      6. Sketching with Parametrics
      7. Understanding Design Intent
      8. Editing Design Intent
      9. Working with Associativity
      10. The Bottom Line
    2. Chapter 2: Navigating the SolidWorks Interface
      1. Identifying Elements of the SolidWorks Interface
      2. Making the Interface Work for You
      3. The Bottom Line
    3. Chapter 3: Working with Sketches and Reference Geometry
      1. Creating a New Part
      2. Creating a Sketch
      3. Identifying Sketch Entities
      4. Driving Sketches with Smart Dimensions
      5. Inferencing in Sketch
      6. Exploring Sketch Settings
      7. Using Sketch Blocks
      8. Working with Reference Geometry
      9. Tutorial: Learning to Use Sketch Relations
      10. Tutorial: Using Blocks and Belts
      11. Tutorial: Creating Reference Geometry
      12. The Bottom Line
    4. Chapter 4: Creating Simple Parts and Drawings
      1. Discovering Design Intent
      2. Creating a Simple Part
      3. Creating a Simple Assembly
      4. Creating a Simple Drawing
      5. The Bottom Line
    5. Chapter 5: Using Visualization Techniques
      1. Manipulating the View
      2. Using the View Tools
      3. Using the DisplayManager
      4. The Display Pane
      5. Applying Color Automatically to Features
      6. Using Edge Display Settings
      7. Tutorial: Applying Visualization Techniques
      8. The Bottom Line
  6. Part II: Building Intelligence into Your Parts
    1. Chapter 6: Getting More from Your Sketches
      1. Editing Sketch Relations
      2. Getting More from Dimensions
      3. Working with Sketch Entities
      4. Using Sketch Pictures
      5. Using Sketch Text
      6. Using Colors and Line Styles with Sketches
      7. Using Other Sketch Tools
      8. Sketching in 3D
      9. Tutorial: Editing and Copying
      10. Tutorial: Controlling Pictures, Text, Colors, and Styles
      11. Tutorial: Using Metadata
      12. Tutorial: Sketching Calculator
      13. The Bottom Line
    2. Chapter 7: Modeling with Primary Features
      1. Identifying When to Use Which Tool
      2. Understanding Fillet Types
      3. Using Chamfers
      4. Tutorial: Bracket Casting
      5. The Bottom Line
    3. Chapter 8: Selecting Secondary Features
      1. Creating Curve Features
      2. Selecting a Specialty Feature
      3. Tutorial: Creating a Wire-Formed Part
      4. The Bottom Line
    4. Chapter 9: Patterning and Mirroring
      1. Patterning in a Sketch
      2. Mirroring in a Sketch
      3. Working with 3D Patterns
      4. Understanding Pattern Types
      5. Cosmetic Patterns
      6. Mirroring 3D Solids
      7. Tutorial: Creating a Circular Pattern
      8. Tutorial: Mirroring Features
      9. Tutorial: Applying a Cosmetic Pattern
      10. The Bottom Line
    5. Chapter 10: Using Equations
      1. Understanding Equations
      2. Using Global Variables
      3. Using the Modify Box
      4. Using Expressions
      5. Controlling Suppression States of Features
      6. Linking to External Equations
      7. Tutorial: Using Equations
      8. The Bottom Line
    6. Chapter 11: Working with Part Configurations
      1. Controlling Items with Configurations
      2. Using Design Tables
      3. Creating a Simple Design Table
      4. Using the Configuration Publisher
      5. Tutorial: Working with Configurations and Design Tables
      6. The Bottom Line
    7. Chapter 12: Editing, Evaluating, and Troubleshooting
      1. Using Rollback
      2. Reordering Features
      3. Reordering Folders
      4. Using the Flyout and Detachable FeatureManagers
      5. Summarizing Part Modeling Best Practices
      6. Using Design for Change
      7. Using Evaluation Techniques
      8. Troubleshooting Errors
      9. Tutorial: Utilizing Editing and Evaluation Techniques
      10. The Bottom Line
  7. Part III: Working with Assemblies
    1. Chapter 13: Building Efficient Assemblies
      1. Understanding the Purpose of Assemblies
      2. Identifying the Elements of an Assembly
      3. Using SpeedPaks
      4. Using Subassemblies
      5. Using Folders
      6. Working with Tree Display Options
      7. Tutorial: Arranging Assemblies
      8. Tutorial: Managing the FeatureManager
      9. The Bottom Line
    2. Chapter 14: Getting More from Mates
      1. Applying Mates
      2. Mating for Motion
      3. Working with Advanced and Mechanical Mate Types
      4. Editing and Troubleshooting
      5. Examining Mate Options
      6. Reviewing Mate Best Practices
      7. Tutorial: Mating for Success
      8. The Bottom Line
    3. Chapter 15: Patterning and Mirroring Components
      1. Component Patterns
      2. Using Local Component Patterns
      3. Using Feature-Driven Component Patterns
      4. Creating a Chain Pattern
      5. Understanding Other Pattern Options
      6. Tutorial: Creating Component Patterns
      7. The Bottom Line
    4. Chapter 16: Working with Assembly Sketches and Layouts
      1. Looking at the Techniques
      2. Using the Layout Feature
      3. Tutorial: Working with a Layout
      4. The Bottom Line
    5. Chapter 17: Using Assembly Tools
      1. Placing Parts without Mates
      2. Using Proximity Tools
      3. Selecting Components
      4. Reading Assembly Performance Evaluation Results
      5. Using Defeature
      6. Using the Hole Alignment Tool
      7. The Bottom Line
    6. Chapter 18: Using Libraries, Assembly Features, and Hole Wizard
      1. Using Library Features
      2. Creating Library Features
      3. Creating Assembly Cuts
      4. Making Fillets and Chamfers in Assemblies
      5. Using the Hole Wizard
      6. Creating Weld Beads
      7. Working with Envelopes
      8. Understanding Smart Components
      9. Using Smart Components
      10. Making Smart Components
      11. Tutorial: Working with Smart Components
      12. Tutorial: Working with Library Features
      13. The Bottom Line
    7. Chapter 19: Controlling Assembly Configurations and Display States
      1. Using Display States
      2. Understanding Assembly Configurations
      3. Tutorial: Working with Assembly Configurations
      4. The Bottom Line
    8. Chapter 20: Modeling in Context
      1. Understanding In-Context Modeling
      2. Dealing with the Practical Details of In-Context Modeling
      3. Using Other Types of External References
      4. Tutorial: Working In-Context
      5. The Bottom Line
    9. Chapter 21: Editing, Evaluating, and Troubleshooting Assemblies
      1. Working with Mates
      2. Editing File Management Issues
      3. Evaluating Assemblies
      4. The Bottom Line
    10. Chapter 22: Working with Large Scale Design
      1. Using Large Design Review
      2. Creating a Walk-Through
      3. Creating a GridSystem
      4. Transferring Data with the IFC File Type
      5. The Bottom Line
    11. Chapter 23: Animating with the MotionManager
      1. Familiarizing Yourself with the MotionManager
      2. Using the Animation Wizard
      3. Animating the View
      4. Animating with Key Points
      5. Animating with Basic Motion
      6. Using the Mate Controller
      7. The Bottom Line
  8. Part IV: Creating Drawings
    1. Chapter 24: Automating Drawings: The Basics
      1. Comparing Templates and Formats
      2. Creating Drawing Formats
      3. Creating Drawing Templates
      4. Creating Blocks
      5. The Bottom Line
    2. Chapter 25: Working with Drawing Views
      1. Creating Common View Types
      2. Creating Other View Types
      3. Using Display Options in Views
      4. Distinguishing Views from Sheets
      5. Tutorial: Working with View Types, Settings, and Options
      6. The Bottom Line
    3. Chapter 26: Using Annotations and Symbols
      1. Using Notes
      2. Using Blocks in Drawings
      3. Using Symbols
      4. Using Center Marks and Centerlines
      5. Tutorial: Using Annotations
      6. The Bottom Line
    4. Chapter 27: Dimensioning and Tolerancing
      1. Putting Dimensions on Drawings
      2. Adding Tolerances
      3. Using Dimension Styles
      4. Aligning Dimensions and Annotations
      5. Tutorial: Working with Dimensions and Tolerances
      6. The Bottom Line
    5. Chapter 28: Using Layers, Line Fonts, and Colors
      1. Controlling Layers
      2. Controlling Line Format
      3. Hiding and Showing Edges
      4. Tutorial: Using Drawing Display Tools
      5. The Bottom Line
    6. Chapter 29: Working with Tables and Drawings
      1. Driving the Bill of Materials
      2. Using Design Tables
      3. Placing Hole Tables on Drawings
      4. Using Revision Tables
      5. Using General Tables
      6. Working with Tables in Models
      7. Tutorial: Using BOMs
      8. Tutorial: Using Hole Tables
      9. Tutorial: Using Revision Tables
      10. The Bottom Line
    7. Chapter 30: Creating Assembly Drawings
      1. Combining Parts and Assemblies on the Same Drawing
      2. Using Multi-Page Templates
      3. Using Views with Special Assembly Functions
      4. Using Color in Assembly Drawing Views
      5. Setting Up Drawings of Large Assemblies
      6. Tutorial: Creating a Simple Assembly Drawing
      7. The Bottom Line
  9. Part V: Using Advanced and Specialized Techniques
    1. Chapter 31: Modeling Multibodies
      1. Using Powerful Tools Effectively
      2. Understanding Multibody Techniques
      3. Managing Bodies
      4. Tutorials: Working with Multibodies
      5. The Bottom Line
    2. Chapter 32: Working with Surfaces
      1. Introducing Surfaces
      2. Understanding Surfacing Terminology
      3. Surfacing Tools
      4. Tutorial: Working with Surfaces
      5. The Bottom Line
    3. Chapter 33: Employing Master Model Techniques
      1. Master Model Tools and Techniques
      2. Using Pull Functions
      3. Using Push Functions
      4. Tutorial: Working with Master Model Techniques
      5. The Bottom Line
    4. Chapter 34: Using SolidWorks Sheet Metal Tools
      1. Using the Base Flange Features
      2. Making Sheet Metal Parts from Generic Models
      3. Using Other Methods
      4. Using Multibody Techniques with Sheet Metal
      5. Tutorial: Working with the Insert Bends Method for Sheet Metal Parts
      6. Tutorial: Using the Base Flange Sheet Metal Method
      7. The Bottom Line
    5. Chapter 35: Creating Sheet Metal Drawings
      1. Making Sheet Metal Drawings
      2. Getting the Flat Pattern
      3. Making Drawings of Multibody Sheet Metal Parts
      4. The Bottom Line
    6. Chapter 36: Creating Weldments and Weldment Drawings
      1. Sketching in 3D
      2. Using the Weldment Tools
      3. Using Nonstructural Components
      4. Using Sub-Weldments
      5. Working with Cut Lists
      6. Creating Weldment Drawings
      7. Tutorial: Working with Weldments
      8. The Bottom Line
    7. Chapter 37: Using Imported Geometry and Direct-Editing Techniques
      1. Understanding the Basics of Imported Geometry
      2. Understanding the Traditional Role of Direct Editing Tools
      3. Understanding the Strengths and Limitations of Direct Editing Tools in SolidWorks
      4. Using SolidWorks Direct Editing Tools
      5. Tutorial: Importing and Repairing Solid Geometry
      6. Tutorial: Flex and Freeform
      7. The Bottom Line
    8. Chapter 38: Using Plastic Features
      1. Using Plastic Features
      2. Using Plastic Evaluation Tools
      3. The Bottom Line
    9. Chapter 39: Using Mold Tools
      1. Working with the Mold Tools Process
      2. Working Manually with Mold Tools
      3. The Bottom Line
  10. Appendix A: The Bottom Line
    1. Chapter 1: Introducing SolidWorks
    2. Chapter 2: Navigating the SolidWorks Interface
    3. Chapter 3: Working with Sketches and Reference Geometry
    4. Chapter 4: Creating Simple Parts and Drawings
    5. Chapter 5: Using Visualization Techniques
    6. Chapter 6: Getting More from Your Sketches
    7. Chapter 7: Modeling with Primary Features
    8. Chapter 8: Selecting Secondary Features
    9. Chapter 9: Patterning and Mirroring
    10. Chapter 10: Using Equations
    11. Chapter 11: Working with Part Configurations
    12. Chapter 12: Editing, Evaluating, and Troubleshooting
    13. Chapter 13: Building Efficient Assemblies
    14. Chapter 14: Getting More from Mates
    15. Chapter 15: Patterning and Mirroring Components
    16. Chapter 16: Working with Assembly Sketches and Layouts
    17. Chapter 17: Using Assembly Tools
    18. Chapter 18: Using Libraries, Assembly Features, and Hole Wizard
    19. Chapter 19: Controlling Assembly Configurations and Display States
    20. Chapter 20: Modeling in Context
    21. Chapter 21: Editing, Evaluating, and Troubleshooting Assemblies
    22. Chapter 22: Working with Large Scale Design
    23. Chapter 23: Animating with the MotionManager
    24. Chapter 24: Automating Drawings: The Basics
    25. Chapter 25: Working with Drawing Views
    26. Chapter 26: Using Annotations and Symbols
    27. Chapter 27: Dimensioning and Tolerancing
    28. Chapter 28: Using Layers, Line Fonts, and Colors
    29. Chapter 29: Working with Tables and Drawings
    30. Chapter 30: Creating Assembly Drawings
    31. Chapter 31: Modeling Multibodies
    32. Chapter 32: Working with Surfaces
    33. Chapter 33: Employing Master Model Techniques
    34. Chapter 34: Using SolidWorks Sheet Metal Tools
    35. Chapter 35: Creating Sheet Metal Drawings
    36. Chapter 36: Creating Weldments and Weldment Drawings
    37. Chapter 37: Using Imported Geometry and Direct-Editing Techniques
    38. Chapter 38: Using Plastic Features
    39. Chapter 39: Using Mold Tools
  11. Appendix B: Finding Help
    1. SolidWorks Help
    2. SolidWorks Website
    3. Customer Portal
  12. Appendix C: What's on the Website
    1. System Requirements
    2. Customer Care
  13. Index
  14. End User License Agreement

List of Tables

  1. Chapter 1
    1. TABLE 1.1: Document Types
    2. TABLE 1.2: Feature Types
  2. Chapter 3
    1. TABLE 3.1: Symbols and Their Meanings
  3. Chapter 9
    1. TABLE 9.1: Pattern Rebuild Times in Seconds
  4. Chapter 11
    1. TABLE 11.1: Items That Can Be Driven by a Design Table

List of Illustrations

  1. Chapter 1
    1. FIGURE 1.1 The Downloads area of the SolidWorks website
    2. FIGURE 1.2 The SolidWorks 2018 Installation Manager
    3. FIGURE 1.3 SolidWorks 2018 Activation
    4. FIGURE 1.4 Activation options on the Help menu
    5. FIGURE 1.5 The Welcome to SolidWorks screen
    6. FIGURE 1.6 Selecting a template in the New SolidWorks Document dialog
    7. FIGURE 1.7 Drafting Standard setting
    8. FIGURE 1.8 Projection Angle setting
    9. FIGURE 1.9 The Novice and Advanced interfaces for the New SolidWorks Document dialog box
    10. FIGURE 1.10 Simple extruded and revolved features
    11. FIGURE 1.11 Features used to create a simple part
    12. FIGURE 1.12 Using a different order of features for the same part
    13. FIGURE 1.13 Comparing the FeatureManager design trees for the parts shown in Figure 1.11 and Figure 1.12, respectively
    14. FIGURE 1.14 A sketch of four lines changes as relationships and dimensions are added.
    15. FIGURE 1.15 Turn on or turn off the display of sketch relations.
    16. FIGURE 1.16 The Display/Delete Relations PropertyManager enables you to repair broken relations and replace entities.
  2. Chapter 2
    1. FIGURE 2.1 Elements of the SolidWorks interface
    2. FIGURE 2.2 Customizing the CommandManager
    3. FIGURE 2.3 Adding or removing tabs from the CommandManager
    4. FIGURE 2.4 The undocked CommandManager with text labels
    5. FIGURE 2.5 Adding or removing text from the CommandManager buttons
    6. FIGURE 2.6 Setting large icons
    7. FIGURE 2.7 The Heads-Up View toolbar
    8. FIGURE 2.8 The Workspace and Touch Mode interface settings
    9. FIGURE 2.9 The right-click menu and context toolbar
    10. FIGURE 2.10 SolidWorks uses large tool tips by default.
    11. FIGURE 2.11 Dotted bars enable you to move toolbars.
    12. FIGURE 2.12 The flyout toolbars are on the Commands tab in the Customize dialog box.
    13. FIGURE 2.13 Access to customize a menu
    14. FIGURE 2.14 Various SolidWorks cursors
    15. FIGURE 2.15 The parts of the FeatureManager
    16. FIGURE 2.16 Dynamic Reference Visualization
    17. FIGURE 2.17 Split FeatureManager with PropertyManager on the bottom
    18. FIGURE 2.18 FeatureManager folders of various types in use
    19. FIGURE 2.19 The detached PropertyManager, the split FeatureManager, and the flyout FeatureManager
    20. FIGURE 2.20 The DisplayManager helps you sort through everything that affects how the model looks.
    21. FIGURE 2.21 The Task pane, Home tab
    22. FIGURE 2.22 The status bar showing sketch information
    23. FIGURE 2.23 SolidWorks Search options
    24. FIGURE 2.24 Controlling interface colors
    25. FIGURE 2.25 The Keyboard dialog box (Tools ➢ Customize ➢ Keyboard)
    26. FIGURE 2.26 The mouse-gestures interface
    27. FIGURE 2.27 Alt keys in the Window menu
    28. FIGURE 2.28 The Touch Mode toolbar
    29. FIGURE 2.29 The Copy Settings Wizard
    30. FIGURE 2.30 The Open command interface
    31. FIGURE 2.31 Ctrl+Tab displays all the open documents.
    32. FIGURE 2.32 Pressing R accesses the Recent Documents tab of the Welcome dialog.
    33. FIGURE 2.33 More functionality behind the Recent Files list icons
    34. FIGURE 2.34 Multiple monitor controls
  3. Chapter 3
    1. FIGURE 3.1 The FeatureManager of a new part
    2. FIGURE 3.2 Options with the Line flyout toolbar
    3. FIGURE 3.3 The Insert Line PropertyManager interface
    4. FIGURE 3.4 The Rectangle flyout with associated icons
    5. FIGURE 3.5 Creating a circle
    6. FIGURE 3.6 Using the Tangent Arc feature
    7. FIGURE 3.7 Creating a three-point arc
    8. FIGURE 3.8 Creating a sketch fillet
    9. FIGURE 3.9 The structure of a spline and spline handles
    10. FIGURE 3.10 The Offset Entities interface
    11. FIGURE 3.11 The Offset Entities interface
    12. FIGURE 3.12 The Trim interface
    13. FIGURE 3.13 Power Trim in action
    14. FIGURE 3.14 Using the Corner option
    15. FIGURE 3.15 Using the Trim Away Inside and Trim Away Outside options
    16. FIGURE 3.16 Using Trim To Closest to extend
    17. FIGURE 3.17 Using the Stretch sketch tool
    18. FIGURE 3.18 The Move Entities interface
    19. FIGURE 3.19 Drawing a conic
    20. FIGURE 3.20 The text has been attached to a curve, created within the current sketch.
    21. FIGURE 3.21 Using face curves on a complex surface
    22. FIGURE 3.22 The Modify Sketch interface
    23. FIGURE 3.23 The Equation Driven Curve PropertyManager
    24. FIGURE 3.24 The PropertyManager for the Slot sketch entities
    25. FIGURE 3.25 Dragging a dimension with Instant2D activated
    26. FIGURE 3.26 Using the Modify Dimension box
    27. FIGURE 3.27 The Dimension PropertyManager tabs
    28. FIGURE 3.28 Dimensioning an included angle without lines
    29. FIGURE 3.29 The Dimensions/Relations toolbar
    30. FIGURE 3.30 Baseline dimension on a drawing
    31. FIGURE 3.31 Options for baseline dimension
    32. FIGURE 3.32 Automatic relations appear on the cursor.
    33. FIGURE 3.33 Fully defining a sketch automatically can make a mess.
    34. FIGURE 3.34 Manually adding sketch relations to selected entities
    35. FIGURE 3.35 Tools ➢ Sketch Settings
    36. FIGURE 3.36 The Reference Geometry toolbar
    37. FIGURE 3.37 Creating a new plane from a set of selections and constraints
    38. FIGURE 3.38 Creating an axis to establish direction
    39. FIGURE 3.39 Use Coordinate Systems to export parts and assemblies with a new origin location.
    40. FIGURE 3.40 Assigning the coordinate system for mass properties
    41. FIGURE 3.41 The Point reference geometry feature has several modes of point creation you won't find elsewhere.
    42. FIGURE 3.42 The settings for Touch interface
    43. FIGURE 3.43 The Sketch Ink tab of the CommandManager
    44. FIGURE 3.44 Pen Sketch entry in the FeatureManager and a pen-drawn squiggle on the screen
    45. FIGURE 3.45 Draw a right triangle.
    46. FIGURE 3.46 Add a sketch fillet.
    47. FIGURE 3.47 Add some lines.
    48. FIGURE 3.48 A fully defined sketch
    49. FIGURE 3.49 The layout sketch
    50. FIGURE 3.50 Making a block
    51. FIGURE 3.51 Block placement
    52. FIGURE 3.52 Belt placement
    53. FIGURE 3.53 Creating an axis
    54. FIGURE 3.54 Creating a plane
    55. FIGURE 3.55 Creating a rectangle centered on the temporary axis
    56. FIGURE 3.56 Creating a rectangle centered on the temporary axis
    57. FIGURE 3.57 Creating the extrusion
  4. Chapter 4
    1. FIGURE 4.1 A simple machined part
    2. FIGURE 4.2 Which starting sketch is the best?
    3. FIGURE 4.3 Breaking down the features in this part
    4. FIGURE 4.4 Identify the best starting point for this part.
    5. FIGURE 4.5 Sketch and dimension a center rectangle.
    6. FIGURE 4.6 Extruding from a surface
    7. FIGURE 4.7 Offset From Surface using the default
    8. FIGURE 4.8 Offset From Surface using Translate Surface options
    9. FIGURE 4.9 The Reverse Offset option
    10. FIGURE 4.10 Up To Next end condition
    11. FIGURE 4.11 The Thin Feature panel and a thin feature extrusion
    12. FIGURE 4.12 Using contour selection
    13. FIGURE 4.13 Using Instant 3D and Live Section
    14. FIGURE 4.14 An initial extruded feature centered on the standard planes
    15. FIGURE 4.15 Methods for creating the groove
    16. FIGURE 4.16 Creating a new assembly
    17. FIGURE 4.17 A simple assembly
    18. FIGURE 4.18 A simple drawing with views and a title block
    19. FIGURE 4.19 Creating the groove with a thin feature cut
    20. FIGURE 4.20 Closed loop with angled side
    21. FIGURE 4.21 Using automatic relationships
    22. FIGURE 4.22 The Hole Wizard Hole Specification interface
    23. FIGURE 4.23 Placing the centerpoints of holes
    24. FIGURE 4.24 Creating a slot
    25. FIGURE 4.25 Selecting edges using the context toolbar
    26. FIGURE 4.26 Edges for fillet and chamfer features
    27. FIGURE 4.27 The Sheet Properties dialog box
    28. FIGURE 4.28 The Custom Properties entry table
    29. FIGURE 4.29 Creating a section view with the Section View Assist
  5. Chapter 5
    1. FIGURE 5.1 Use the Heads-Up View toolbar to easily access most visualization tools.
    2. FIGURE 5.2 Using the Rotate About Scene Floor option
    3. FIGURE 5.3 Click+drag the right mouse button (RMB) to access the commands on the donut.
    4. FIGURE 5.4 The View toolbar tools
    5. FIGURE 5.5 Scrollbar and splitter controls can be turned on or off.
    6. FIGURE 5.6 Using the Magnifying Glass with the section view
    7. FIGURE 5.7 The Triad, named view, and View Orientation box
    8. FIGURE 5.8 Sectioning a 3D model
    9. FIGURE 5.9 Zebra Stripes help you visualize the qualities of curvature.
    10. FIGURE 5.10 The Curvature display helps you evaluate properties of smooth models.
    11. FIGURE 5.11 The View Orientation dialog box and the View Selector
    12. FIGURE 5.12 Using Normal To on an angled face
    13. FIGURE 5.13 Using Normal To with a second selection to define the top
    14. FIGURE 5.14 Annotation views for Chapter5SampleCasting.sldprt
    15. FIGURE 5.15 Using the DisplayManager to manage appearances
    16. FIGURE 5.16 Determining a target for the appearances after drag-and-drop
    17. FIGURE 5.17 Determining a target for the appearances after drag-and-drop
    18. FIGURE 5.18 Editing a material
    19. FIGURE 5.19 Editing or creating custom materials
    20. FIGURE 5.20 Controlling the components of appearance
    21. FIGURE 5.21 Adjusting the display properties in the Appearances PropertyManager
    22. FIGURE 5.22 Sorting appearances and colors by hierarchy
    23. FIGURE 5.23 Controlling appearances with Display States
    24. FIGURE 5.24 Removing appearances from a part
    25. FIGURE 5.25 Assigning a default appearance
    26. FIGURE 5.26 Working with the Decals PropertyManager
    27. FIGURE 5.27 Sizing and positioning the decal
    28. FIGURE 5.28 Using the Scene, Lights, And Cameras DisplayManager
    29. FIGURE 5.29 Turning off shadows in the modeling window
    30. FIGURE 5.30 This Ambient Occlusion scene gives more realistic shadows without rendering.
    31. FIGURE 5.31 The Scene PropertyManager allows you to turn off the reflective floor while modeling.
    32. FIGURE 5.32 Adding lights to the scene
    33. FIGURE 5.33 Demonstrating the difference between the appearance of a part with fillets and a part with sharp corners
    34. FIGURE 5.34 Adding a new camera with the Camera PropertyManager
    35. FIGURE 5.35 Positioning a camera with split windows
    36. FIGURE 5.36 The Display pane allows you to control display elements of your SolidWorks model.
    37. FIGURE 5.37 Samples of the tangent edge settings
    38. FIGURE 5.38 Color PropertyManager and the Appearances Task pane
    39. FIGURE 5.39 The Flyout FeatureManager
    40. FIGURE 5.40 Applying an appearance to a face
    41. FIGURE 5.41 Applying a section view to a model
  6. Chapter 6
    1. FIGURE 6.1 The Display/Delete Relations PropertyManager
    2. FIGURE 6.2 An overdefined sketch
    3. FIGURE 6.3 Filleting an edge
    4. FIGURE 6.4 Sketching the arc
    5. FIGURE 6.5 Replacing a line with an arc
    6. FIGURE 6.6 The SketchXpert dialog box
    7. FIGURE 6.7 Dimensioning from centerlines
    8. FIGURE 6.8 Using the Move tool
    9. FIGURE 6.9 Using the Rotate tool
    10. FIGURE 6.10 The Scale PropertyManager
    11. FIGURE 6.11 The Modify Sketch dialog box
    12. FIGURE 6.12 The Modify Sketch tool's cursors
    13. FIGURE 6.13 A derived sketch and its parent
    14. FIGURE 6.14 The Sketch Picture PropertyManager with a scaling tool enabled
    15. FIGURE 6.15 Using multiple sketch pictures
    16. FIGURE 6.16 Examples of sketch text
    17. FIGURE 6.17 A sketch with edited line thickness and line style
    18. FIGURE 6.18 The Sensor PropertyManager
    19. FIGURE 6.19 The space handle and the 3D sketch cursor
    20. FIGURE 6.20 The Four Viewport view
    21. FIGURE 6.21 The 3D Planes PropertyManager
    22. FIGURE 6.22 Rolling the part back to Extrude3
    23. FIGURE 6.23 Using the SketchXpert to resolve an overdefined sketch
    24. FIGURE 6.24 A tool tip provides a description of the error.
    25. FIGURE 6.25 Fixing dangling errors
    26. FIGURE 6.26 Using sketch pictures
    27. FIGURE 6.27 Creating an offset arc
    28. FIGURE 6.28 Creating extruded text
    29. FIGURE 6.29 Using line thickness and line style
    30. FIGURE 6.30 Using the FeatureManager filter to search for metadata
    31. FIGURE 6.31 Build a triangle with a rounded top without dimensions.
    32. FIGURE 6.32 Sketching stacking rings
    33. FIGURE 6.33 Naming dimensions
    34. FIGURE 6.34 The finished sketch
  7. Chapter 7
    1. FIGURE 7.1 A closed-loop sketch and an extruded solid feature
    2. FIGURE 7.2 Different types of geometry created from Thin Feature extrudes
    3. FIGURE 7.3 Sketch types
    4. FIGURE 7.4 Extruding from a 3D sketch
    5. FIGURE 7.5 Using the Revolve PropertyManager
    6. FIGURE 7.6 Interpolation inside a loft
    7. FIGURE 7.7 Adding end conditions to a loft alters how the interpolation is distributed.
    8. FIGURE 7.8 Using different profile arrangements for Boundary solid features
    9. FIGURE 7.9 Splines, lofts, and bending
    10. FIGURE 7.10 The Sweep Profile follows the path.
    11. FIGURE 7.11 The sweep profile follows the path and is controlled parametrically by guide curves.
    12. FIGURE 7.12 The effects of the Pierce relation
    13. FIGURE 7.13 A 3D sweep
    14. FIGURE 7.14 Cuts you can make with the Cut Sweep feature using a solid profile
    15. FIGURE 7.15 The Fillet PropertyManager
    16. FIGURE 7.16 Selection options for fillets
    17. FIGURE 7.17 Deselecting the Tangent Propagation option
    18. FIGURE 7.18 A plastic tray with a large number of fillets
    19. FIGURE 7.19 Using the FilletXpert selection technique and the Selection toolbar
    20. FIGURE 7.20 Using the Multiple Radius Fillet option
    21. FIGURE 7.21 The Round Corners option, both on and off
    22. FIGURE 7.22 The Keep Edge option and the Keep Surface option
    23. FIGURE 7.23 The Keep Feature option, both selected and unselected
    24. FIGURE 7.24 Asymmetrical fillets
    25. FIGURE 7.25 Fillet profiles change the shapes of the filleted edges.
    26. FIGURE 7.26 The effect of parameter rho on Conic rho profile fillets
    27. FIGURE 7.27 Using curvature combs to evaluate transitions
    28. FIGURE 7.28 Assigning values to a variable-radius fillet
    29. FIGURE 7.29 The Variable Radius Parameters panel of the Fillet PropertyManager
    30. FIGURE 7.30 Zero-radius values in the variable-radius fillet
    31. FIGURE 7.31 Straight versus smooth transitions of a variable-radius fillet
    32. FIGURE 7.32 A face fillet covering a bad corner
    33. FIGURE 7.33 A face fillet covering geometry
    34. FIGURE 7.34 Using a Help Point with a face fillet
    35. FIGURE 7.35 Single hold-line fillets
    36. FIGURE 7.36 A double hold line uses a spline cross section, not an arc.
    37. FIGURE 7.37 Examples of the double hold-line fillet
    38. FIGURE 7.38 The constant-width fillet
    39. FIGURE 7.39 A full round fillet
    40. FIGURE 7.40 The Setback Fillet interface and a finished fillet
    41. FIGURE 7.41 The setback fillet setup for steps 1 through 3
    42. FIGURE 7.42 Entering setback values
    43. FIGURE 7.43 Working with Chamfer features
    44. FIGURE 7.44 Applying a corner chamfer
    45. FIGURE 7.45 Changing from a fillet to a chamfer
    46. FIGURE 7.46 The results of steps 1 to 3
    47. FIGURE 7.47 The results up to step 8
    48. FIGURE 7.48 The results up to step 14
    49. FIGURE 7.49 The results up to step 20
    50. FIGURE 7.50 The finished part
  8. Chapter 8
    1. FIGURE 8.1 The Helix/Spiral PropertyManager
    2. FIGURE 8.2 The Taper Helix panel
    3. FIGURE 8.3 The Variable Pitch helix
    4. FIGURE 8.4 The Spiral option of the Helix feature
    5. FIGURE 8.5 A projected curve using the Sketch On Faces option
    6. FIGURE 8.6 Using intersecting surfaces to visualize a Sketch On Sketch projected curve
    7. FIGURE 8.7 The Curve File dialog box showing a table of the curve through X, Y, and Z points, and a Notepad text file with the same information
    8. FIGURE 8.8 A part created from a composite curve
    9. FIGURE 8.9 Applying the Scale feature
    10. FIGURE 8.10 Examples of various types of domes
    11. FIGURE 8.11 The Wrap PropertyManager interface
    12. FIGURE 8.12 The Wrap feature options
    13. FIGURE 8.13 The Flex feature creating a twist
    14. FIGURE 8.14 Using Deform to shape the chair back
    15. FIGURE 8.15 Using the Curve To Curve deform option
    16. FIGURE 8.16 Using the Indent feature
    17. FIGURE 8.17 Creating a mold from representative solids and surfaces using Intersect: starting point
    18. FIGURE 8.18 The results up to step 4
    19. FIGURE 8.19 The sketch for step 5
    20. FIGURE 8.20 The results up to step 8
    21. FIGURE 8.21 The finished part
  9. Chapter 9
    1. FIGURE 9.1 A pattern part used for the test
    2. FIGURE 9.2 Comparing the rebuild times of a fully defined sketch to a completely undefined sketch
    3. FIGURE 9.3 The Linear Pattern PropertyManager
    4. FIGURE 9.4 The Circular Pattern PropertyManager
    5. FIGURE 9.5 Selecting items in the Mirror Entities PropertyManager
    6. FIGURE 9.6 The Dynamic Mirror centerline with hatch marks
    7. FIGURE 9.7 Two ways to add a symmetric sketch constraint
    8. FIGURE 9.8 A Geometry Pattern test
    9. FIGURE 9.9 Merged faces
    10. FIGURE 9.10 Geometry Pattern error message
    11. FIGURE 9.11 A circular pattern using the Pattern Faces option
    12. FIGURE 9.12 Patterning a surface body
    13. FIGURE 9.13 The Direction 1 panel of the Linear Pattern driving an Up To Reference pattern
    14. FIGURE 9.14 Using the default two-direction pattern and the Pattern Seed Only option
    15. FIGURE 9.15 Using the Instances To Skip option
    16. FIGURE 9.16 Using the Vary Sketch option
    17. FIGURE 9.17 Instances To Vary gives you a lot of power to alter patterns.
    18. FIGURE 9.18 A Circular Pattern vary sketch
    19. FIGURE 9.19 A curve-driven pattern using sketch fillets
    20. FIGURE 9.20 Using the Transform Curve and Tangent To Curve options
    21. FIGURE 9.21 Using a 3D curve-driven pattern
    22. FIGURE 9.22 Using Direction 2 with a curve-driven pattern
    23. FIGURE 9.23 Using a sketch-driven pattern
    24. FIGURE 9.24 The Table Driven Pattern dialog box
    25. FIGURE 9.25 Using the Fill Pattern feature
    26. FIGURE 9.26 A simple, variable-pattern Waffle Mat.sldprt
    27. FIGURE 9.27 Patterning around an irregular shape works only on the front half, Variable Pattern Bottle3.sldprt.
    28. FIGURE 9.28 Variable Pattern around a cylinder works all the way around, Variable Pattern cylinder.sldprt.
    29. FIGURE 9.29 Variable Pattern flips when driving a sketch plane.
    30. FIGURE 9.30 Cosmetic Pattern options in the Appearances, Scenes, And Decals tab of the Task Manager and the Cosmetic Pattern PropertyManager
    31. FIGURE 9.31 Selecting items to bring into the mirrored part
    32. FIGURE 9.32 Start drawing a plate with holes.
    33. FIGURE 9.33 The finished circular pattern
    34. FIGURE 9.34 The sketch for the Rib feature
    35. FIGURE 9.35 Applying the Rib feature
    36. FIGURE 9.36 Additional features on the part
    37. FIGURE 9.37 The finished part
    38. FIGURE 9.38 Applying an appearance to a part
    39. FIGURE 9.39 The Appearances PropertyManager
  10. Chapter 10
    1. FIGURE 10.1 The Equations interface
    2. FIGURE 10.2 Renaming a dimension
    3. FIGURE 10.3 Using the FeatureManager Filter to filter dimension names
    4. FIGURE 10.4 Variables for the hole pattern
    5. FIGURE 10.5 Equations for the hole pattern
    6. FIGURE 10.6 Showing all the dimensions in a part
    7. FIGURE 10.7 A representation of the auger
    8. FIGURE 10.8 Triangles calculate the length of the helical edge.
    9. FIGURE 10.9 Figuring the flat pattern of the auger
    10. FIGURE 10.10 An equation using IF
    11. FIGURE 10.11 Equations and global variables
    12. FIGURE 10.12 Equations and properties
    13. FIGURE 10.13 Starting an equation in the Modify box
    14. FIGURE 10.14 Using the PropertyManager dimension-entry box to write an equation
    15. FIGURE 10.15 Using IF to control suppression states
    16. FIGURE 10.16 Saving an equation to an external file
    17. FIGURE 10.17 Starting the Equations tutorial
    18. FIGURE 10.18 The finished part
  11. Chapter 11
    1. FIGURE 11.1 Locating the ConfigurationManager tab
    2. FIGURE 11.2 Showing a configuration preview
    3. FIGURE 11.3 Selecting a configuration from the Open dialog box
    4. FIGURE 11.4 Selecting a configuration from the Modify dialog box
    5. FIGURE 11.5 Creating a new configuration
    6. FIGURE 11.6 Enabling configuration descriptions
    7. FIGURE 11.7 The Modify dialog box
    8. FIGURE 11.8 Using the Specify Configurations dialog box to change a dimension in multiple configurations
    9. FIGURE 11.9 Using the Modify Configurations dialog box to configure a feature
    10. FIGURE 11.10 Displaying table views in the ConfigurationManager of a configured part
    11. FIGURE 11.11 Using the Property Tab Builder to construct a Custom Properties tab for the Task pane
    12. FIGURE 11.12 Using the Custom Properties tab to assign custom properties
    13. FIGURE 11.13 Creating and placing the derived config
    14. FIGURE 11.14 Purging or saving configuration data
    15. FIGURE 11.15 Marking and unmarking configurations to be rebuilt and saved
    16. FIGURE 11.16 Suppressing a feature
    17. FIGURE 11.17 The Configuration Specific tab in the Summary Information dialog box
    18. FIGURE 11.18 The Display/Delete Relations dialog box for configuring sketch relations
    19. FIGURE 11.19 The Sketch Plane PropertyManager interface for configuring a sketch plane
    20. FIGURE 11.20 Assigning the configuration of an inserted part
    21. FIGURE 11.21 Renamed features and dimensions
    22. FIGURE 11.22 The interface to create the design table and the resulting blank design table
    23. FIGURE 11.23 A fully populated design table
    24. FIGURE 11.24 Building the design table
    25. FIGURE 11.25 Dimension and annotation display settings
    26. FIGURE 11.26 Manually created configs versus design-table-created configs
    27. FIGURE 11.27 The Add Rows And Columns dialog box
    28. FIGURE 11.28 The Configuration Publisher helps you build an interface to create configurations as you place a part into an assembly.
    29. FIGURE 11.29 The PropertyManager entry in the ConfigurationManager
    30. FIGURE 11.30 The Chapter 11 Tutorial start.sldprt file
    31. FIGURE 11.31 The model after step 9
    32. FIGURE 11.32 The automatically created design table
    33. FIGURE 11.33 Copying the equation to other cells
  12. Chapter 12
    1. FIGURE 12.1 Using the Rollback bar
    2. FIGURE 12.2 Selecting the Show Flat Tree option
    3. FIGURE 12.3 Different interpretations of the structure of parent-child relationships
    4. FIGURE 12.4 SolidWorks Parent/Child Relationships panel and the Dynamic Reference Visualization
    5. FIGURE 12.5 Multiple parents and sketch reordering
    6. FIGURE 12.6 Using the Part Reviewer
    7. FIGURE 12.7 How feature order changes a part
    8. FIGURE 12.8 The flyout FeatureManager and the PropertyManager
    9. FIGURE 12.9 Comparing the flyout FeatureManager with the detachable PropertyManager
    10. FIGURE 12.10 Selection Breadcrumbs show the detail of selection.
    11. FIGURE 12.11 The Evaluate tab and the Tools ➢ Evaluate menu
    12. FIGURE 12.12 The Verification On Rebuild option
    13. FIGURE 12.13 The Check Entity dialog box
    14. FIGURE 12.14 Contact, tangency, and curvature continuity
    15. FIGURE 12.15 Curvature display
    16. FIGURE 12.16 An example of Deviation Analysis
    17. FIGURE 12.17 Using the Tangent Edges As Phantom setting
    18. FIGURE 12.18 Using Geometry Analysis to find typical problem spots
    19. FIGURE 12.19 Performance Evaluation helps you analyze rebuild times for features.
    20. FIGURE 12.20 A Curvature Comb shows the constantly changing curvature of the spline.
    21. FIGURE 12.21 Surface Curvature Combs help you visualize curvature on curved faces.
    22. FIGURE 12.22 Deleting a feature in the middle of a tree can cause many errors.
    23. FIGURE 12.23 The What's Wrong box gives you a summary of all the errors and warnings in the current model.
    24. FIGURE 12.24 The list of dismissed messages is found in System Options.
    25. FIGURE 12.25 Using SolidWorks RX
    26. FIGURE 12.26 Using the SolidWorks RX Diagnostics tab
    27. FIGURE 12.27 Clearing temp files with the System Maintenance tab
    28. FIGURE 12.28 Collecting information in the Problem Capture tab
    29. FIGURE 12.29 The Reliability tab gives you a record of sessions and crashes.
    30. FIGURE 12.30 Listing the files to be sent in the RX package
    31. FIGURE 12.31 Running Performance Benchmark
    32. FIGURE 12.32 Putting the computer through its paces with Performance Benchmark
    33. FIGURE 12.33 Deviation Analysis of an existing part
    34. FIGURE 12.34 Rolling back to just after the loft
    35. FIGURE 12.35 Preparing for the fit spline
    36. FIGURE 12.36 Creating a new plane
    37. FIGURE 12.37 Sketch3 in its new location
    38. FIGURE 12.38 Positioning the connectors
    39. FIGURE 12.39 Repairing Fillet5
    40. FIGURE 12.40 The results up to step 26
    41. FIGURE 12.41 Fillets that should have failed
  13. Chapter 13
    1. FIGURE 13.1 Mechanical parts using mates to locate and enable motion
    2. FIGURE 13.2 Considering how you would design the parts of a scale model car
    3. FIGURE 13.3 Using the in-context method to its best advantage
    4. FIGURE 13.4 Reusing parts is not a strength of multibody methods.
    5. FIGURE 13.5 Pulling parts off of the master model
    6. FIGURE 13.6 Elements of an assembly
    7. FIGURE 13.7 An assembly equation driving one part from another
    8. FIGURE 13.8 SolidWorks Explorer helps you manage several aspects of files and assembly references.
    9. FIGURE 13.9 SolidWorks Treehouse helps you create a blank assembly structure.
    10. FIGURE 13.10 An assembly layout sketch controls the geometry of the frame and the overall bicycle assembly.
    11. FIGURE 13.11 Mates organized in a folder under parts in an assembly
    12. FIGURE 13.12 Showing Hierarchy and Mates And Dependencies
    13. FIGURE 13.13 Settings for organizing the display of mates
    14. FIGURE 13.14 Managing SpeedPaks
    15. FIGURE 13.15 Moving parts into a subassembly
    16. FIGURE 13.16 Creating a flexible subassembly
    17. FIGURE 13.17 Assembly process documentation
    18. FIGURE 13.18 Folders that are used to organize components and mates
    19. FIGURE 13.19 Changing a component name in Component Properties
    20. FIGURE 13.20 Renaming from the FeatureManager
    21. FIGURE 13.21 Listing parts in an assembly containing Component Reference information
    22. FIGURE 13.22 You can view features, as well as mates and dependencies.
    23. FIGURE 13.23 Showing mates in the PropertyManager pane
    24. FIGURE 13.24 Simplifying the FeatureManager display to include descriptions
    25. FIGURE 13.25 Adding a description in the Save As dialog box
    26. FIGURE 13.26 The newly created virtual component subassembly and its external parts
    27. FIGURE 13.27 The cradle assembly brings along internal mates.
    28. FIGURE 13.28 The starting state and the state as of step 4
  14. Chapter 14
    1. FIGURE 14.1 The Mate PropertyManager interface
    2. FIGURE 14.2 The Mate Selection context bar
    3. FIGURE 14.3 The Select Other cursor and dialog box
    4. FIGURE 14.4 Using the Alt key to hide faces during mate selection
    5. FIGURE 14.5 The Multiple Mate mode interface
    6. FIGURE 14.6 Applying a SmartMate
    7. FIGURE 14.7 Using the SmartMate to create the Peg-in-Hole mate combination
    8. FIGURE 14.8 Using the Align Axes option on the pop-up option box for origin-to-origin SmartMates
    9. FIGURE 14.9 The Component Preview window is shown to the right.
    10. FIGURE 14.10 Using Copy With Mates to place bolts in holes
    11. FIGURE 14.11 An assembly displaying the best bet for motion
    12. FIGURE 14.12 A robot arm assembly with degree-of-freedom conflicts
    13. FIGURE 14.13 Using Reference Entity and Dimension Selector
    14. FIGURE 14.14 Setting up a Profile Center mate
    15. FIGURE 14.15 Applying a Symmetric mate
    16. FIGURE 14.16 Using Cam mates
    17. FIGURE 14.17 Centering one part on others with a Width mate
    18. FIGURE 14.18 Applying a Gear mate
    19. FIGURE 14.19 Applying a Rack and Pinion mate
    20. FIGURE 14.20 The LimitAngle PropertyManager
    21. FIGURE 14.21 Setting up a Screw mate
    22. FIGURE 14.22 Setting up a Path mate
    23. FIGURE 14.23 Setting up a Linear Coupler mate
    24. FIGURE 14.24 Setting up a Hinge mate
    25. FIGURE 14.25 Editing a mate
    26. FIGURE 14.26 SolidWorks shows the mate errors and warnings at the top level.
    27. FIGURE 14.27 The MateXpert interface
    28. FIGURE 14.28 The Options pane of the Mate PropertyManager
    29. FIGURE 14.29 A Mate reference being used to SmartMate a component
    30. FIGURE 14.30 Displaying a SmartMate when dragging between windows
    31. FIGURE 14.31 Creating a Width mate
    32. FIGURE 14.32 Making conical faces coincident
    33. FIGURE 14.33 Creating a Symmetric mate
  15. Chapter 15
    1. FIGURE 15.1 Types of component patterns in SolidWorks
    2. FIGURE 15.2 The Instances to Skip option
    3. FIGURE 15.3 Use the Pattern Seed Only option for two-directional patterns.
    4. FIGURE 15.4 Mirroring components of an assembly with the Mirror Components tool
    5. FIGURE 15.5 The mirror results of the Bounding Box Center and Center Of Mass options
    6. FIGURE 15.6 A mate is not created as the mirroring task is completed.
    7. FIGURE 15.7 Examining the list of mirrored components
    8. FIGURE 15.8 The feature-driven Component Pattern interface
    9. FIGURE 15.9 Create a sketch for the chain line.
    10. FIGURE 15.10 Chain links are made of separate parts.
    11. FIGURE 15.11 The Chain Pattern PropertyManager interface
    12. FIGURE 15.12 The Chain Pattern feature in the assembly FeatureManager tree
    13. FIGURE 15.13 The component RMB menu
    14. FIGURE 15.14 Placing the patterned part
    15. FIGURE 15.15 Several feature-driven patterns
    16. FIGURE 15.16 Two direction patterns, one with and one without the Pattern Seed Only option
  16. Chapter 16
    1. FIGURE 16.1 Assembly layout sketches can be used in a wide range of applications.
    2. FIGURE 16.2 Starting the bicycle layout sketch
    3. FIGURE 16.3 Adding information to the layout sketch
    4. FIGURE 16.4 Building the tubes for the frame
    5. FIGURE 16.5 Examining the features built from the assembly layout sketch
    6. FIGURE 16.6 Using a master model to drive the individual parts of an assembly
    7. FIGURE 16.7 Creating a new plate in the context of an assembly with layout sketches
    8. FIGURE 16.8 All the plates controlled by the layout sketches
    9. FIGURE 16.9 Placing screw holes through multiple parts in the die
    10. FIGURE 16.10 Creating a plane in the assembly driven by the layout sketch
    11. FIGURE 16.11 Saving the internal virtual components to external parts
    12. FIGURE 16.12 Editing layout sketch dimensions to drive the size of the individual parts
  17. Chapter 17
    1. FIGURE 17.1 Selecting a positioning option with Move Component
    2. FIGURE 17.2 Using the By Delta XYZ option to move parts
    3. FIGURE 17.3 The Triad for Move Bodies works the same as it does for Move With Triad.
    4. FIGURE 17.4 Using the Use For Positioning Only option
    5. FIGURE 17.5 Finding interferences in an assembly
    6. FIGURE 17.6 Displaying interference results with the Component View option
    7. FIGURE 17.7 Using the Clearance Verification PropertyManager
    8. FIGURE 17.8 Using the Dynamic Clearance options in Move Component
    9. FIGURE 17.9 The Collision Detection option activates other options.
    10. FIGURE 17.10 Activating the Sensors folder in the FeatureManager
    11. FIGURE 17.11 Adding a sensor to an assembly
    12. FIGURE 17.12 Sensors display alerts when an established value meets established criteria.
    13. FIGURE 17.13 Selecting a Component Selection method in the SolidWorks Tools menu
    14. FIGURE 17.14 Sizing the selection volume
    15. FIGURE 17.15 Using the Advanced Component Selection dialog box
    16. FIGURE 17.16 Selecting components by size
    17. FIGURE 17.17 Assembly Performance Evaluation results can help you discover issues with slow assembly performance.
    18. FIGURE 17.18 Defeature in parts
    19. FIGURE 17.19 Using the Hole Alignment PropertyManager
  18. Chapter 18
    1. FIGURE 18.1 The Task pane docked to right side of the SolidWorks window
    2. FIGURE 18.2 Placing the feature and selecting the configuration
    3. FIGURE 18.3 Placing a library feature with dimensions
    4. FIGURE 18.4 The Annotations folder in Windows Explorer
    5. FIGURE 18.5 Selecting a Library Part Configuration
    6. FIGURE 18.6 The FeatureManager of a library feature part
    7. FIGURE 18.7 Creating a library feature
    8. FIGURE 18.8 Adding the next feature to the library feature
    9. FIGURE 18.9 The finished library feature part
    10. FIGURE 18.10 Display modes for the Design Library
    11. FIGURE 18.11 The completed library feature placed on a part
    12. FIGURE 18.12 The RMB options for Add To Library and Remove From Library
    13. FIGURE 18.13 References, Locating Dimensions, and Internal Dimensions in a library feature
    14. FIGURE 18.14 Using an assembly feature to cut away a model for illustration purposes
    15. FIGURE 18.15 The Feature Scope controls which parts are cut.
    16. FIGURE 18.16 An example showing fillets on an assembly of stacked plates
    17. FIGURE 18.17 The Hole Wizard PropertyManager interface
    18. FIGURE 18.18 The Hole Series interface
    19. FIGURE 18.19 The finished Hole Series
    20. FIGURE 18.20 Creating a weld bead
    21. FIGURE 18.21 The Weld Bead Properties dialog box enables you to set many options.
    22. FIGURE 18.22 Inserting a new envelope into an assembly
    23. FIGURE 18.23 Using the Envelope options
    24. FIGURE 18.24 A simple Smart Component
    25. FIGURE 18.25 The Smart Component folder in the connector part
    26. FIGURE 18.26 The Smart Component symbol on a part
    27. FIGURE 18.27 The interface for adding the Smart Feature and additional components of the Smart Component
    28. FIGURE 18.28 A Smart Component with auto-sizing
    29. FIGURE 18.29 A configurator table
    30. FIGURE 18.30 Placing the connector on the dummy part
    31. FIGURE 18.31 The Smart Component PropertyManager interface
    32. FIGURE 18.32 Inserting four screws at once using Toolbox
    33. FIGURE 18.33 The training assembly up to step 9
    34. FIGURE 18.34 The Smart Component PropertyManager
    35. FIGURE 18.35 The configurator table for the Clamp Smart component
    36. FIGURE 18.36 Part of the FeatureManager of a Smart Component
    37. FIGURE 18.37 Selecting the Edit in Defining Assembly command
    38. FIGURE 18.38 Selecting the concentric Mate Reference face
    39. FIGURE 18.39 Filling in the configurator table
    40. FIGURE 18.40 Smart Component parts match holes in the part.
    41. FIGURE 18.41 The edited configurator table
    42. FIGURE 18.42 Placing a hole
    43. FIGURE 18.43 Reconfiguring the hole
    44. FIGURE 18.44 The results after step 16
    45. FIGURE 18.45 The design table for the SpecialHole feature
    46. FIGURE 18.46 Saving the library feature
    47. FIGURE 18.47 Orienting the part and selecting references
    48. FIGURE 18.48 The finished part
  19. Chapter 19
    1. FIGURE 19.1 The Display pane and an assembly with parts in different display states
    2. FIGURE 19.2 You can remove overrides in the assembly Display pane.
    3. FIGURE 19.3 Display states shown in the FeatureManager and the ConfigurationManager
    4. FIGURE 19.4 The Advanced Component Selection dialog box
    5. FIGURE 19.5 The Isolate function can create display states.
    6. FIGURE 19.6 The relationship among the Resolved, SpeedPak, Lightweight, Hidden, and Suppressed states
    7. FIGURE 19.7 The assembly used for this example
    8. FIGURE 19.8 Positioning assembly components with sketches
    9. FIGURE 19.9 A part that is replaced by a subassembly
    10. FIGURE 19.10 A design table automatically created from the robot arm assembly
    11. FIGURE 19.11 The FeatureManager and ConfigurationManager up to step 4
    12. FIGURE 19.12 Changing the tires in the Component Properties dialog box
    13. FIGURE 19.13 Positioning the rear of the bike
    14. FIGURE 19.14 Using angles to position the fork
  20. Chapter 20
    1. FIGURE 20.1 Inserting a new blank part into a new assembly
    2. FIGURE 20.2 Using the Confirmation Corner to exit Edit Component mode
    3. FIGURE 20.3 Update holders indicate in-context relations.
    4. FIGURE 20.4 Saving the virtual components to an external file
    5. FIGURE 20.5 Establishing assembly transparency while editing in-context parts
    6. FIGURE 20.6 Using two methods to offset sketches in context
    7. FIGURE 20.7 Changing the color of a virtual component
    8. FIGURE 20.8 SolidWorks creates InPlace mates for parts started in the assembly and update holders for in-context features.
    9. FIGURE 20.9 Replacing a rectangle with a circle
    10. FIGURE 20.10 Responding to warnings when they occur
    11. FIGURE 20.11 The top of the box being built in-context
    12. FIGURE 20.12 Part-color settings for in-context control
    13. FIGURE 20.13 Indicators that you are editing a part in-context
    14. FIGURE 20.14 Propagating an assembly feature to the part
    15. FIGURE 20.15 External reference symbol variations
    16. FIGURE 20.16 The External References dialog box
    17. FIGURE 20.17 The dialog box that warns you about adding in-context relations to an underdefined part
    18. FIGURE 20.18 The Tools ➢ Options ➢ External References pane
    19. FIGURE 20.19 The warning message that appears about multiple contexts
    20. FIGURE 20.20 Using multiple contexts
    21. FIGURE 20.21 Combining in-context references with configurations
    22. FIGURE 20.22 Sorting sketch relations by type
    23. FIGURE 20.23 Setting in-context colors
    24. FIGURE 20.24 Converting entities in-context
    25. FIGURE 20.25 Creating holes in-context
    26. FIGURE 20.26 The assembly as of step 13
    27. FIGURE 20.27 The Machine Base Bracket part, ready for mirroring
    28. FIGURE 20.28 The Mirror Part PropertyManager
  21. Chapter 21
    1. FIGURE 21.1 All the mates in an assembly are shown in the Mates folder at the bottom of the assembly FeatureManager.
    2. FIGURE 21.2 Know the difference between a warning and an error.
    3. FIGURE 21.3 Mates are also listed in a folder under the component and in breadcrumbs.
    4. FIGURE 21.4 Displaying the mates without part features
    5. FIGURE 21.5 The View Mates window shows the mates for selected components.
    6. FIGURE 21.6 Using the View Mate Errors window to troubleshoot mate problems
    7. FIGURE 21.7 Using the MateXpert to diagnose problems
    8. FIGURE 21.8 Editing a mate with the original Mate PropertyManager
    9. FIGURE 21.9 Accessing the Edit Feature and the Replace Mate Entities from the RMB menu
    10. FIGURE 21.10 Changing mated entities using the Mated Entities PropertyManager and the Isolate toolbar
    11. FIGURE 21.11 The options you get before the Save As dialog appears
    12. FIGURE 21.12 Pack And Go contains most of your file management needs outside of PDM.
    13. FIGURE 21.13 Replacing a component in an assembly with another component
    14. FIGURE 21.14 Reattaching mates by selecting indicated faces on the replacement part
    15. FIGURE 21.15 Using Treehouse to establish a product assembly structure
    16. FIGURE 21.16 Adding the BB part to the subassembly Bike Crank
    17. FIGURE 21.17 Read warning boxes when they are displayed; they could be important.
    18. FIGURE 21.18 Using the Performance Evaluation tool to gain information and important statistics about your assembly
    19. FIGURE 21.19 Using Isolate in an assembly
    20. FIGURE 21.20 Reloading an assembly to discard changes
  22. Chapter 22
    1. FIGURE 22.1 Using the Open dialog to open an assembly in Large Design Review mode
    2. FIGURE 22.2 Large Design Review enables you to review large assemblies more quickly.
    3. FIGURE 22.3 The Large Design Review interface
    4. FIGURE 22.4 An out-of-date component and how to update it
    5. FIGURE 22.5 When making a change to a model open in LDR, SolidWorks gives you the option to update the graphics.
    6. FIGURE 22.6 Snapshots are saved in the DisplayManager.
    7. FIGURE 22.7 Using the DisplayManager to manage a walk-through
    8. FIGURE 22.8 Using the Walk-through PropertyManager for the initial setup
    9. FIGURE 22.9 The Walk-through interface helps you manipulate the view and the motion of the camera.
    10. FIGURE 22.10 Building a GridSystem in SolidWorks
    11. FIGURE 22.11 Sketching a sample structural layout
    12. FIGURE 22.12 Listing the GridSystem output
    13. FIGURE 22.13 Isolating the grid components in a separate window
    14. FIGURE 22.14 Saving data as an IFC file
  23. Chapter 23
    1. FIGURE 23.1 The major elements of the MotionManager
    2. FIGURE 23.2 Motion Study Properties enable you to set frame rates and other display quality settings.
    3. FIGURE 23.3 The first page of the Animation Wizard: Select An Animation Type
    4. FIGURE 23.4 The second page of the Animation Wizard: Select An Axis Of Rotation
    5. FIGURE 23.5 The third page of the Animation Wizard: Animation Control Options
    6. FIGURE 23.6 Change bars in the MotionManager
    7. FIGURE 23.7 The second page of the Explode Animation Wizard
    8. FIGURE 23.8 Adding a new configuration to the assembly
    9. FIGURE 23.9 Adding a new explode
    10. FIGURE 23.10 Detailing the explode steps for this example
    11. FIGURE 23.11 Creating a new motion study
    12. FIGURE 23.12 Using the Animation Wizard to add key points to the animation timeline
    13. FIGURE 23.13 Bringing the explode steps into the MotionManager timeline
    14. FIGURE 23.14 Zooming in to the flexible area of the strap
    15. FIGURE 23.15 The finished timeline for this animation
    16. FIGURE 23.16 Selecting Replace Key to change the view at a View Orientation key point
    17. FIGURE 23.17 The timeline at the 2-second mark
    18. FIGURE 23.18 The timeline at the 7-second mark
    19. FIGURE 23.19 Selecting Interpolation Mode
    20. FIGURE 23.20 Creating a camera path
    21. FIGURE 23.21 The Camera PropertyManager
    22. FIGURE 23.22 Working around the 100 percent or 360-degree animation limitation
    23. FIGURE 23.23 The stethoscope animation setup
    24. FIGURE 23.24 Fixing a timeline problem
    25. FIGURE 23.25 Copying motion of parts
    26. FIGURE 23.26 Adding and moving a key point in an existing change bar
    27. FIGURE 23.27 Saving output data for your animation
    28. FIGURE 23.28 Setting up contact and gravity
    29. FIGURE 23.29 The MotionManager design tree with added items
    30. FIGURE 23.30 A motor, gear, and ratchet assembly driven by Basic Motion
    31. FIGURE 23.31 One simple assembly can demonstrate several animation ideas.
    32. FIGURE 23.32 Using the Chain Pattern to assemble a chain along a path
    33. FIGURE 23.33 Charting the motion of the assembly
    34. FIGURE 23.34 The Mate Controller PropertyManager interface enables you to control motion of the assembly and create animations.
  24. Chapter 24
    1. FIGURE 24.1 Third angle versus first angle projection
    2. FIGURE 24.2 Creating a new customized drafting standard
    3. FIGURE 24.3 Sheet Format CommandManager
    4. FIGURE 24.4 Selecting a format
    5. FIGURE 24.5 Placing an image
    6. FIGURE 24.6 Adding an annotation and wrapping the text
    7. FIGURE 24.7 The Summary Information dialog box
    8. FIGURE 24.8 Using the Custom Properties Builder and Custom Properties tab
    9. FIGURE 24.9 Custom property formatting in the title block
    10. FIGURE 24.10 The link variable's display options and effects
    11. FIGURE 24.11 Custom properties filled in by a part
    12. FIGURE 24.12 The Link To Property dialog box
    13. FIGURE 24.13 Using the Title Block Table
    14. FIGURE 24.14 The DXF/DWG Import screen
    15. FIGURE 24.15 The Drawing Layer Mapping screen
    16. FIGURE 24.16 The Document Settings screen
    17. FIGURE 24.17 The finished imported format
    18. FIGURE 24.18 First and second sheet formats
    19. FIGURE 24.19 Updating a format through the Sheet Properties
    20. FIGURE 24.20 Predefined views on a template
    21. FIGURE 24.21 The Drawing View PropertyManager
    22. FIGURE 24.22 Selecting view alignment options
    23. FIGURE 24.23 The Style panel for the Note PropertyManager
  25. Chapter 25
    1. FIGURE 25.1 The View palette
    2. FIGURE 25.2 The Model View PropertyManager
    3. FIGURE 25.3 Placing multiple views
    4. FIGURE 25.4 Displaying a label to show the view scale when it is different from the sheet scale
    5. FIGURE 25.5 The Projected View PropertyManager
    6. FIGURE 25.6 Standard 3 View PropertyManager
    7. FIGURE 25.7 Activated drawing views
    8. FIGURE 25.8 Drawing a closed loop with the Display Detail Circle As Circles option turned on and turned off
    9. FIGURE 25.9 Using the new Section View tools
    10. FIGURE 25.10 The pop-up toolbar for creating jogged sections
    11. FIGURE 25.11 Setting a depth for a section view
    12. FIGURE 25.12 Comparing Partial and Half sections
    13. FIGURE 25.13 Section View PropertyManager
    14. FIGURE 25.14 The Aligned section view
    15. FIGURE 25.15 A sketch loop and a crop view
    16. FIGURE 25.16 A Broken-Out section view
    17. FIGURE 25.17 Changing the hatch pattern on a Broken-Out section
    18. FIGURE 25.18 Using the Section Scope
    19. FIGURE 25.19 Setting the depth of the Broken-Out section view
    20. FIGURE 25.20 Editing the Broken-Out section view
    21. FIGURE 25.21 Dimensions on a break view
    22. FIGURE 25.22 Two auxiliary views
    23. FIGURE 25.23 The alternate position view
    24. FIGURE 25.24 Using the Saved Views command in the model
    25. FIGURE 25.25 Placing a saved view using the Model View view type on a drawing
    26. FIGURE 25.26 The Relative View PropertyManager
    27. FIGURE 25.27 The 3D Drawing View mode
    28. FIGURE 25.28 Rotating a drawing view to align an edge
    29. FIGURE 25.29 The View PropertyManager
    30. FIGURE 25.30 The Component Line Font dialog box
    31. FIGURE 25.31 Using the Layers dialog box in SolidWorks
    32. FIGURE 25.32 Edge display options
    33. FIGURE 25.33 The Hide/Show Edges PropertyManager offers tangent edge display options.
    34. FIGURE 25.34 Using a template with predefined views
    35. FIGURE 25.35 Creating a section view
    36. FIGURE 25.36 Creating a jogged section view
    37. FIGURE 25.37 Creating a detail view
    38. FIGURE 25.38 Creating a Broken-Out section view
    39. FIGURE 25.39 Projecting views
    40. FIGURE 25.40 The View palette
    41. FIGURE 25.41 Creating an alternate position view
    42. FIGURE 25.42 The Drawing View Properties dialog box
  26. Chapter 26
    1. FIGURE 26.1 The Formatting toolbar
    2. FIGURE 26.2 Resizing a text box using the lower-right corner handle
    3. FIGURE 26.3 Stretching the characters in note text by using Fit Text
    4. FIGURE 26.4 Using the vertical justification options in a note
    5. FIGURE 26.5 Patterning a note
    6. FIGURE 26.6 Placing a note with a leader
    7. FIGURE 26.7 Options for adding a leader to a note
    8. FIGURE 26.8 A note with multiple leaders
    9. FIGURE 26.9 Jogging a leader
    10. FIGURE 26.10 The Style panel of the Note PropertyManager interface
    11. FIGURE 26.11 Linking notes to custom properties
    12. FIGURE 26.12 Blocks in the Design Library
    13. FIGURE 26.13 The Block PropertyManager
    14. FIGURE 26.14 Creating a block
    15. FIGURE 26.15 Accessing symbols and the Symbol Library
    16. FIGURE 26.16 Options available for center marks
    17. FIGURE 26.17 Centerlines can display improperly on a drawing of a mirrored part.
    18. FIGURE 26.18 Center marks and centerlines on a part
    19. FIGURE 26.19 Placing symbols in an annotation
    20. FIGURE 26.20 Creating a block
  27. Chapter 27
    1. FIGURE 27.1 The Model Items PropertyManager interface
    2. FIGURE 27.2 The default placement of dimensions into all views
    3. FIGURE 27.3 Placing dimensions with the Rapid Dimension manipulator wheel
    4. FIGURE 27.4 The Annotations folder RMB menu
    5. FIGURE 27.5 The Page Setup dialog box
    6. FIGURE 27.6 Ordinate and baseline dimensions in the same view
    7. FIGURE 27.7 The Autodimension PropertyManager interface
    8. FIGURE 27.8 The Dimension PropertyManager interface
    9. FIGURE 27.9 Using the Override Dimension value
    10. FIGURE 27.10 A foreshortened radius
    11. FIGURE 27.11 Broken witness lines
    12. FIGURE 27.12 Adding text and tolerances to dimensions using the Dimension palette
    13. FIGURE 27.13 The available tolerance types in SolidWorks
    14. FIGURE 27.14 The Fit tolerances available in SolidWorks
    15. FIGURE 27.15 The Geometric Tolerance settings
    16. FIGURE 27.16 Using the tools from the Align toolbar
    17. FIGURE 27.17 Selecting alignment options from the Dimension palette
    18. FIGURE 27.18 The drawing after step 4
    19. FIGURE 27.19 The drawing after dimensions have been deleted and moved
    20. FIGURE 27.20 Dimensions and tolerances after step 11
    21. FIGURE 27.21 Creating a Geometric Tolerance control frame
    22. FIGURE 27.22 Using the Dimension palette
    23. FIGURE 27.23 Adding more dimensions and annotations
  28. Chapter 28
    1. FIGURE 28.1 The Layers dialog box and the Layer toolbar
    2. FIGURE 28.2 Using assembly part colors on your drawing
    3. FIGURE 28.3 The Component Line Font dialog box
    4. FIGURE 28.4 The Line Format toolbar and related interface options
    5. FIGURE 28.5 The End Cap Style setting options
    6. FIGURE 28.6 The Line Thickness settings in Tools ➢ Options
    7. FIGURE 28.7 The Layers dialog box
    8. FIGURE 28.8 The Component Line Font dialog box
    9. FIGURE 28.9 Applying thick edges
    10. FIGURE 28.10 Hiding edges
  29. Chapter 29
    1. FIGURE 29.1 A sample BOM
    2. FIGURE 29.2 The PropertyManager for a table-driven BOM
    3. FIGURE 29.3 Setting a BOM table anchor
    4. FIGURE 29.4 Configuration options with the BOM
    5. FIGURE 29.5 The BOM RMB interface
    6. FIGURE 29.6 An expanded BOM border
    7. FIGURE 29.7 Establishing the property driving the column content
    8. FIGURE 29.8 The interface for Excel-based BOMs
    9. FIGURE 29.9 A drawing with the design table inserted
    10. FIGURE 29.10 The PropertyManager for the hole table
    11. FIGURE 29.11 A hole table combining holes in different views
    12. FIGURE 29.12 The Revision Table PropertyManager interface
    13. FIGURE 29.13 A revision table with balloon symbols
    14. FIGURE 29.14 Displaying BOM data inside an assembly document
    15. FIGURE 29.15 Setting the table anchor
    16. FIGURE 29.16 Creating an exploded view and the Bill of Materials
    17. FIGURE 29.17 The drawing view and the BOM after step 11
    18. FIGURE 29.18 Adding a column to the BOM
    19. FIGURE 29.19 The Hole Table PropertyManager and selections
    20. FIGURE 29.20 Using numerical and alphabetical hole tag identification
    21. FIGURE 29.21 The initial stub of the revision table
  30. Chapter 30
    1. FIGURE 30.1 Assigning the driving document for a sheet
    2. FIGURE 30.2 Linking a note to a custom property from one of various documents
    3. FIGURE 30.3 Using a different format for the first page and subsequent pages of a drawing
    4. FIGURE 30.4 The alternate position view
    5. FIGURE 30.5 Starting to create an exploded view of an assembly
    6. FIGURE 30.6 Selecting rivets to explode
    7. FIGURE 30.7 The completed explode for this assembly
    8. FIGURE 30.8 Drawing route lines in an exploded view
    9. FIGURE 30.9 Moving a route line as it is created
    10. FIGURE 30.10 Adding Smart Explode Lines to an exploded assembly view
    11. FIGURE 30.11 Showing the exploded state on the drawing
    12. FIGURE 30.12 Excluding bolts and pins from the section view of this assembly
    13. FIGURE 30.13 Isometric section
    14. FIGURE 30.14 Using the Area Hatch/Fill PropertyManager
    15. FIGURE 30.15 Changing the defaults for density and crosshatch
    16. FIGURE 30.16 A Broken-Out section view
    17. FIGURE 30.17 Setting the depth of the Broken-Out section view
    18. FIGURE 30.18 Editing the Broken-Out section view's properties
    19. FIGURE 30.19 The Use Model Color For HLR/HLV In Drawings option
    20. FIGURE 30.20 Saving a drawing as a detached drawing
    21. FIGURE 30.21 Using lightweight settings with assembly drawings
    22. FIGURE 30.22 The SpeedPak PropertyManager
    23. FIGURE 30.23 Model with and without ghost graphics
    24. FIGURE 30.24 Comparing High Quality and Draft Quality views
    25. FIGURE 30.25 The View palette
    26. FIGURE 30.26 Creating an alternate position view
    27. FIGURE 30.27 The Drawing View Properties dialog box
  31. Chapter 31
    1. FIGURE 31.1 Creating multiple bodies with a single extrusion
    2. FIGURE 31.2 Using the Merge Result option in the Extrude PropertyManager
    3. FIGURE 31.3 A multibody part with a complex shape across bodies
    4. FIGURE 31.4 A Master Model workflow
    5. FIGURE 31.5 Splitting the part into bodies
    6. FIGURE 31.6 The Indent feature using a tool body
    7. FIGURE 31.7 Using the Keep and Remove Selections options
    8. FIGURE 31.8 Using the Move/Copy Bodies and Combine features
    9. FIGURE 31.9 Reordering features
    10. FIGURE 31.10 Splitting a part to perform a local operation
    11. FIGURE 31.11 Shelling locally
    12. FIGURE 31.12 Splitting away a body and patterning it
    13. FIGURE 31.13 A complex model created as separate parts and brought together as bodies in a single part
    14. FIGURE 31.14 Connecting disjoint bodies
    15. FIGURE 31.15 A towel rack, modeled as a single part and broken into individual parts in an assembly
    16. FIGURE 31.16 The Delete/Keep Bodies PropertyManager
    17. FIGURE 31.17 Using the Split feature
    18. FIGURE 31.18 The Insert Part PropertyManager
    19. FIGURE 31.19 Splitting a solid with Intersect
    20. FIGURE 31.20 Body folders in the FeatureManager
    21. FIGURE 31.21 Control the visibility of FeatureManager items
    22. FIGURE 31.22 Using the Show Feature History option
    23. FIGURE 31.23 The Display pane showing information about solid and surface bodies
    24. FIGURE 31.24 Using the Display pane to control multibody display states
    25. FIGURE 31.25 Show Hidden Bodies interface and cursor
    26. FIGURE 31.26 Shelling two sides of a block
    27. FIGURE 31.27 The finished part
    28. FIGURE 31.28 The Delete Face PropertyManager
    29. FIGURE 31.29 Using the Delete Hole option
    30. FIGURE 31.30 Patterning a body
  32. Chapter 32
    1. FIGURE 32.1 Untrimming a surface
    2. FIGURE 32.2 Meshes created with the Face Curves sketch tool
    3. FIGURE 32.3 The Extruded Surface PropertyManager
    4. FIGURE 32.4 Extruding a 3D surface
    5. FIGURE 32.5 Using different curve arrangements with the Boundary Surface feature
    6. FIGURE 32.6 The Boundary Surface PropertyManager
    7. FIGURE 32.7 The Radiate Surface PropertyManager
    8. FIGURE 32.8 Using Radiate Surface with Knit
    9. FIGURE 32.9 Knitting surfaces with gaps using tolerances
    10. FIGURE 32.10 The Thicken PropertyManager
    11. FIGURE 32.11 The Extend Surface PropertyManager
    12. FIGURE 32.12 Trimming sections of bike frame tubing, and the Trim PropertyManager
    13. FIGURE 32.13 The Fill Surface PropertyManager and the results of applying it
    14. FIGURE 32.14 The Fill Surface feature with constraint curves
    15. FIGURE 32.15 The MidSurface PropertyManager
    16. FIGURE 32.16 Using Replace Face
    17. FIGURE 32.17 The Ruled Surface PropertyManager interface
    18. FIGURE 32.18 Using Intersect to fill a watering bucket with liquid
    19. FIGURE 32.19 Lofting a surface from the edges of a solid
    20. FIGURE 32.20 Using the Display pane to change transparency
    21. FIGURE 32.21 Extruding with the Up To Body setting
    22. FIGURE 32.22 An extruded cut
    23. FIGURE 32.23 Using split entities to split lines
    24. FIGURE 32.24 Split ends after trimming
    25. FIGURE 32.25 Adding lofted surfaces
    26. FIGURE 32.26 Creating a Fill Surface patch
    27. FIGURE 32.27 The finished model
  33. Chapter 33
    1. FIGURE 33.1 A mouse master model
    2. FIGURE 33.2 The Insert Part PropertyManager
    3. FIGURE 33.3 The FeatureManager showing items inserted with an inserted part
    4. FIGURE 33.4 The External References dialog box
    5. FIGURE 33.5 Bodies placed in a part using Insert Into New Part
    6. FIGURE 33.6 The Split PropertyManager
    7. FIGURE 33.7 The Save Bodies PropertyManager
    8. FIGURE 33.8 The External References dialog box
  34. Chapter 34
    1. FIGURE 34.1 The three functions of the Base Flange/Tab feature
    2. FIGURE 34.2 The Reorder Bends dialog box
    3. FIGURE 34.3 The FeatureManager after the base flange is added
    4. FIGURE 34.4 A sample gauge table and the Sheet Metal PropertyManager
    5. FIGURE 34.5 Sample text-based and Excel-based bend tables
    6. FIGURE 34.6 Calculating the Bend Deduction from the Bend Allowance and K-Factor
    7. FIGURE 34.7 Setting up the bend calculation table
    8. FIGURE 34.8 Assigning variables to geometry in bend calculation tables
    9. FIGURE 34.9 The three Auto Relief configurations: Rectangular, Tear, and Obround
    10. FIGURE 34.10 The Flat Pattern PropertyManager
    11. FIGURE 34.11 The Merge Faces option showing on and off
    12. FIGURE 34.12 Using the Corner Treatment setting in the Flat Pattern PropertyManager
    13. FIGURE 34.13 The Edge Flange PropertyManager and a simple flange
    14. FIGURE 34.14 Specifying the gap distance
    15. FIGURE 34.15 Establishing the limit of the flange angle
    16. FIGURE 34.16 Using the Trim Side Bends option
    17. FIGURE 34.17 Curved edge flanges on a part
    18. FIGURE 34.18 The Miter Flange PropertyManager and a sample part
    19. FIGURE 34.19 The Start/End Offset settings for a miter flange
    20. FIGURE 34.20 The Hem PropertyManager and a sample hem
    21. FIGURE 34.21 The Jog PropertyManager and a sample jog
    22. FIGURE 34.22 The Sketched Bend PropertyManager
    23. FIGURE 34.23 Applying the Closed Corner feature
    24. FIGURE 34.24 The Open Bend Region option, both selected and unselected, and the resulting flat patterns
    25. FIGURE 34.25 The Corner Trim PropertyManager, including the Break Corner Options panel
    26. FIGURE 34.26 Applying the Corner Trim Relief options
    27. FIGURE 34.27 Selecting options with the Corner Relief feature
    28. FIGURE 34.28 Mirroring some features on a sheet metal part
    29. FIGURE 34.29 Mirroring the entire sheet metal body
    30. FIGURE 34.30 Patterning multiple features in sheet metal
    31. FIGURE 34.31 The Form Tool PropertyManager and a sample tool with an orientation sketch
    32. FIGURE 34.32 The FeatureManager of a forming tool part
    33. FIGURE 34.33 The Cross Break forming tool applied to a part
    34. FIGURE 34.34 Creating a cross break
    35. FIGURE 34.35 Forming across bends
    36. FIGURE 34.36 The Lofted Bends PropertyManager, a sample, and a flat pattern with bend lines
    37. FIGURE 34.37 Using 3D curves with the Lofted Bends feature to create flattened complex shapes
    38. FIGURE 34.38 Lofted bends, bent and formed
    39. FIGURE 34.39 Applying the Unfold and Fold features
    40. FIGURE 34.40 Creating a swept flange
    41. FIGURE 34.41 Flattening a swept flange
    42. FIGURE 34.42 Creating a gusset on a bend
    43. FIGURE 34.43 Creating joining tabs and slots to form a box
    44. FIGURE 34.44 Comparing the default features for the Base Flange and Insert Bends features
    45. FIGURE 34.45 Using the Normal Cut option
    46. FIGURE 34.46 Using the Rip feature
    47. FIGURE 34.47 Using the Flatten Bends feature
    48. FIGURE 34.48 Using the Process Bends feature
    49. FIGURE 34.49 Using the Convert To Sheet Metal feature
    50. FIGURE 34.50 Selecting a straight edge for a conical part
    51. FIGURE 34.51 Using an edge flange to connect disjoint bodies in a sheet metal part
    52. FIGURE 34.52 The part as of step 4
    53. FIGURE 34.53 Ripping the corners
    54. FIGURE 34.54 Adding a sketch for the cut
    55. FIGURE 34.55 Using the Normal Cut option
    56. FIGURE 34.56 The finished part with the Flat Pattern feature unsuppressed
    57. FIGURE 34.57 The sketch to start a miter flange
    58. FIGURE 34.58 Specifying the Miter Flange settings
    59. FIGURE 34.59 Creating an edge flange
    60. FIGURE 34.60 Creating a hem
    61. FIGURE 34.61 Creating a jog
    62. FIGURE 34.62 Placing a forming tool
    63. FIGURE 34.63 Resizing the cross break to 13.9 inches
  35. Chapter 35
    1. FIGURE 35.1 Converting a view of a sheet metal part to a flat pattern
    2. FIGURE 35.2 Automatically created derived configuration for the flat pattern
    3. FIGURE 35.3 Comparing flat pattern views placed by using the More Views options or by showing the derived-flat-pattern configuration
    4. FIGURE 35.4 Turning on the bend lines for a flat pattern view
    5. FIGURE 35.5 Showing the bend notes for a flat pattern
    6. FIGURE 35.6 Showing a bounding box on a drawing
    7. FIGURE 35.7 Showing the tangent bend lines on a flat pattern
    8. FIGURE 35.8 Two multibody sheet metal scenarios
    9. FIGURE 35.9 Selecting the bodies to show on the drawing
    10. FIGURE 35.10 Managing the properties for a sheet metal cut list
    11. FIGURE 35.11 Configuring a Weldment Cut List for a multibody sheet metal part
    12. FIGURE 35.12 Customizing the Cut List column
  36. Chapter 36
    1. FIGURE 36.1 The space handle and the 3D sketch cursor
    2. FIGURE 36.2 The Four Viewport view
    3. FIGURE 36.3 Three-dimensional sketches may be difficult to fully define.
    4. FIGURE 36.4 The PropertyManager for creating 3D planes
    5. FIGURE 36.5 The Weldment Properties interface
    6. FIGURE 36.6 A 3D sketch of a frame
    7. FIGURE 36.7 Using groups to create the welded frame
    8. FIGURE 36.8 Locating the profile
    9. FIGURE 36.9 The Structural Steel sketch generator interface
    10. FIGURE 36.10 Corner Treatment options
    11. FIGURE 36.11 A tangent arc segment used in a Structural Member feature
    12. FIGURE 36.12 Using the Trim/Extend feature
    13. FIGURE 36.13 Using the End Cap feature
    14. FIGURE 36.14 Using the Gusset feature
    15. FIGURE 36.15 A footplate added to the weldment
    16. FIGURE 36.16 The cut list in the model FeatureManager
    17. FIGURE 36.17 Use the Cut-List Properties dialog box to enter relevant data for BOMs and cut lists.
    18. FIGURE 36.18 The Cut List Table tab previews the cut list for you and gives you the opportunity to edit values in the table.
    19. FIGURE 36.19 Excluding an item from a cut list
    20. FIGURE 36.20 The Fillet Bead feature in the FeatureManager and on the part
    21. FIGURE 36.21 The Weld Bead feature shows up in the Weld folder and as a cosmetic display on the part.
    22. FIGURE 36.22 Assigning a weld symbol in the Weld Bead feature
    23. FIGURE 36.23 A cut list on a drawing
    24. FIGURE 36.24 The Relative View PropertyManager
    25. FIGURE 36.25 A centered rectangle in a 3D sketch
    26. FIGURE 36.26 Adding lines
    27. FIGURE 36.27 The sketch after step 16
    28. FIGURE 36.28 The Structural Member PropertyManager and the sketch after step 18
    29. FIGURE 36.29 The model showing the features accepted in step 22
    30. FIGURE 36.30 The model after step 26
    31. FIGURE 36.31 The PropertyManager for the Mirror feature in step 28
    32. FIGURE 36.32 The Cut List folder in step 30
    33. FIGURE 36.33 The finished drawing
  37. Chapter 37
    1. FIGURE 37.1 SolidWorks opens neutral format files as well as several native formats.
    2. FIGURE 37.2 Imported geometry comes in without any feature history.
    3. FIGURE 37.3 The SolidWorks Data Migration tab on the CommandManager helps you find Import tools.
    4. FIGURE 37.4 Report files can help you understand the contents of the imported file.
    5. FIGURE 37.5 Parasolid imports have the tendency to be fast and trouble free.
    6. FIGURE 37.6 Three-sided and sliver faces are often the sources of errors with imported parts.
    7. FIGURE 37.7 Importing the same data in different ways can give you different results.
    8. FIGURE 37.8 Very small errors can cause special functionality in SolidWorks not to work. Repairing those errors isn't always straightforward.
    9. FIGURE 37.9 Some parts are simply beyond repair.
    10. FIGURE 37.10 Import Diagnostics helps you find and repair errors in imported data.
    11. FIGURE 37.11 Editing limitations with direct editing
    12. FIGURE 37.12 Direct edits in a history-based part
    13. FIGURE 37.13 The Move Face tool in action
    14. FIGURE 37.14 The tools from the Direct Editing tab of the CommandManager
    15. FIGURE 37.15 Fillets greatly complicate direct-editing schemes.
    16. FIGURE 37.16 Using Move Face to extend the length of the barrel of the cast part after the fillets have been removed
    17. FIGURE 37.17 The Move Face features put some geometry in double jeopardy because it can be changed from two different places.
    18. FIGURE 37.18 A corner where three fillets come together isn't correct.
    19. FIGURE 37.19 Moving tabs and Snap in a single Move Face feature
    20. FIGURE 37.20 Using Flex Bending to bend an imported part
    21. FIGURE 37.21 Sketching an ellipse
    22. FIGURE 37.22 Locating a point
    23. FIGURE 37.23 Pulling the point to create a freeform shape from the existing face
    24. FIGURE 37.24 The finished freeform surface
  38. Chapter 38
    1. FIGURE 38.1 A mounting boss in progress
    2. FIGURE 38.2 Using the Hardware Boss option
    3. FIGURE 38.3 The Snap Hook PropertyManager with a completed Hook feature
    4. FIGURE 38.4 The Snap Hook Groove PropertyManager with a completed hook and groove
    5. FIGURE 38.5 Using the Lip/Groove feature
    6. FIGURE 38.6 The Rib PropertyManager and a Rib feature
    7. FIGURE 38.7 Using intersection curves as references
    8. FIGURE 38.8 Extending ribs
    9. FIGURE 38.9 Terminating a skyline rib
    10. FIGURE 38.10 The part wall doesn't terminate the rib.
    11. FIGURE 38.11 Draft and DraftXpert PropertyManagers
    12. FIGURE 38.12 Comparing Parting Line draft to Step draft
    13. FIGURE 38.13 Using the Indent feature
    14. FIGURE 38.14 The Shell feature can create multi-thickness shells.
    15. FIGURE 38.15 Creating a bottle from a shaped volume
    16. FIGURE 38.16 Getting tricky with the Shell feature
    17. FIGURE 38.17 Preparing to shell the potting tray part
    18. FIGURE 38.18 Examples of the Vent feature
    19. FIGURE 38.19 The Vent PropertyManager is used to specify the geometry of the feature.
    20. FIGURE 38.20 Identifying the components of a Vent feature
    21. FIGURE 38.21 Basic draft analysis results
    22. FIGURE 38.22 The Gradual Transition draft analysis
    23. FIGURE 38.23 Face Classification draft analysis and a straddle face
    24. FIGURE 38.24 A steep face
    25. FIGURE 38.25 Results of the Thinness Analysis option
    26. FIGURE 38.26 A sample of a Thickness Analysis report
    27. FIGURE 38.27 The results of the Undercut Detection tool
  39. Chapter 39
    1. FIGURE 39.1 Visualizing the goal of splitting a cavity/core block
    2. FIGURE 39.2 The Mold tools
    3. FIGURE 39.3 The plastic part for the example in this chapter
    4. FIGURE 39.4 The Scale PropertyManager
    5. FIGURE 39.5 Adding a Scale feature to start the Mold Tools process
    6. FIGURE 39.6 Adding the Mold Tools folders to the Surface Bodies folder
    7. FIGURE 39.7 Setting the Mold Parameters for the parting lines
    8. FIGURE 39.8 Propagating the parting-line edge selection
    9. FIGURE 39.9 Correcting redundant selections
    10. FIGURE 39.10 Creating shut-offs
    11. FIGURE 39.11 The default parting surface on the medical device part
    12. FIGURE 39.12 Using Manual mode
    13. FIGURE 39.13 The completed boundary surface
    14. FIGURE 39.14 The completed parting surface and feature tree
    15. FIGURE 39.15 The Tooling Split PropertyManager and the finished product
    16. FIGURE 39.16 Visualizing the cavity between blocks and the parting surface
    17. FIGURE 39.17 The Core feature
    18. FIGURE 39.18 A part that requires passing shut-offs
    19. FIGURE 39.19 An automatically created parting surface for the handheld medical device
    20. FIGURE 39.20 Projecting nonplanar sections

Guide

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  2. Table of Contents
  3. Begin Reading

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