Figure 1.1. Drawing sheet orientations.
Figure 1.2. Sheet layout elements.
Figure 1.3. A simple bill of materials.
Figure 1.4. Vertical characters.
Figure 1.5. Inclined characters.
Figure 1.6. Drawing with tolerances
Figure 1.7. Leader, balloon, and callout.
Figure 1.10. Drawing view with different linestyles.
Figure 1.11. Use of centerline and center mark.
Figure 2.1. Basic types of projection. (a) Parallel projection. (b) Perspective projection.
Figure 2.4. Planar and oblique faces.
Figure 2.5. Bounding box and principal dimensions.
Figure 2.6. Image box and object.
Figure 2.7. Object views on principal planes.
Figure 2.8. Image box faces and principal planes.
Figure 2.9. Layout of six principal views on flat paper.
Figure 2.10. Spatial and planar quadrants. (a) Spatial layout. (b) Planar layout (Right view).
Figure 2.11. First angle projection.
Figure 2.12. Third angle projection.
Figure 2.13. U.S. standard views.
Figure 2.14. European standard views.
Figure 2.16. Nonunique side views.
Figure 2.20. View layout. (a) Top and front views’ boundaries. (b) Bounding blocks for views.
Figure 2.23. Generated views of a component.
Figure 2.24. Plain multiview drawing.
Figure 3.1. Inclined and oblique faces. (a) Inclined face. (b) Oblique face.
Figure 3.2. Identifying or creating a TL line. (a) Inclined face. (b) Oblique face.
Figure 3.3. An auxiliary image box and layout. (a) Image box. (b) Layout.
Figure 3.4. Types of auxiliary views. (a) Full. (b) Partial.
Figure 3.5. Two principal views.
Figure 3.6. Projection lines for auxiliary view.
Figure 3.7. Draw outline of face.
Figure 3.10. TL line and projection lines.
Figure 3.11. Reference line and edge view.
Figure 3.12. Projection from edge view.
Figure 3.13. Draw outline of an oblique face.
Figure 3.14. Draw feature(s) on an oblique face.
Figure 3.16. Full auxiliary view.
Figure 3.18. Edge view from base view.
Figure 3.19. Full auxiliary view for an oblique face.
Figure 3.20. Partial auxiliary and standard views.
Figure 4.1. Concept of sections. (a) Standard views. (b) Mixed views.
Figure 4.3. Hatch pattern layout.
Figure 4.4. Assembly hatch patterns.
Figure 4.5. (a) Material type hatch patterns. (b) Material type hatch patterns.
Figure 4.6. Section view representation. (a) Right. (b) Wrong.
Figure 4.8. Straight section view.
Figure 4.9. Offset section view.
Figure 4.10. Removed section views.
Figure 4.11. Revolved section views.
Figure 4.12. Aligned section views. (a) Component with arms. (b) Component without arms.
Figure 4.15. Detail section view.
Figure 4.16. Auxiliary section view.
Figure 4.17. Assembly section view.
Figure 4.18. Un-sectioned features.
Figure 4.19. Hatching un-sectioned features.
Figure 4.20. Un-sectioned parts.
Figure 4.21. Break lines for different shapes and materials.
Figure 4.22. Constructing a regular section.
Figure 4.23. Constructing an aligned section.
Figure 4.24. Generating a section from solid model (Section A-A).
Figure 5.2. Dimensioned component.
Figure 5.3. Types of dimensions.
Figure 5.4. Spacing of dimensions.
Figure 5.6. Circle dimensions.
Figure 5.8. Angular dimensions.
Figure 5.10. Dimensioning slots. (a) Full length. (b) Length between centers. (c) Slot width.
Figure 5.11. Fillets and rounds.
Figure 5.12. Fillets and rounds on a component.
Figure 5.13. Chamfers. (a) External. (b) Internal.
Figure 5.14. Dimensioning counterbore, countersink, and spotface.
Figure 5.15. Keyseat and keyway.
Figure 5.16. (a) Regular keyseat. (b) Woodruff keyseat. (c) Sledge runner keyseat.
Figure 5.17. Rectangular neck. (a) Depth specified. (b) Diameter specified.
Figure 5.18. Circular neck. (a) Depth specified. (b) Diameter specified.
Figure 5.19. Truncated conical neck. (a) Depth specified. (b) Diameter specified.
Figure 5.20. Repeated features. (a) Linear array. (b) Polar array
Figure 5.21. Datum dimensioning.
Figure 5.24. Engineering diagram of a component.
Figure 5.25. Adding horizontal dimensions to diagram.
Figure 5.26. Adding vertical dimensions to diagram.
Figure 5.27. Adding circle dimensions to diagram.
Figure 5.28. Generated views of a component.
Figure 5.29. Add centerlines to generated multiviews.
Figure 5.30. Adding dimensions to multiview drawing.
Figure 5.31. Dimensioned multiview drawing.
Figure 6.1. Isometric projection. (a) Isometric rotations. (b) Isometric axes in image plane.
Figure 6.2. (a) Types of isometric lines. (b) Isometric scale.
Figure 6.3. Types of isometric drawings. (a) Regular. (b) Reverse. (c) Long-axis.
Figure 6.5. (a) Constructing top isocircle. (b) Constructing top isocircles continued.
Figure 6.6. Constructing a left isocircle.
Figure 6.7. Constructing a right isocircle.
Figure 6.8. Constructing top isocircle.
Figure 6.9. (a) Box method for normal faces. (b) Box method for normal faces continued.
Figure 6.10. (a) Box method for inclined face. (b) Box method for inclined face continued.
Figure 6.11. Box method for oblique face.
Figure 6.12. Box method for angles.
Figure 6.13. Box method for ellipse on inclined face.
Figure 6.14. Box method for irregular curve.
Figure 6.15. Centerline method for isometric drawing.
Figure 6.17. Iso-detail drawings.
Figure 6.19. Assembly isometric views. (a) Outline. (b) Exploded.
Figure 6.20. Examples of isoplanes in other axonometric projections. (a) Dimetric. (b) Trimetric.
Figure 7.1. An iso-insert in an ortho-detail drawing.
Figure 7.2. Standard projection symbols. (a) First angle. (b) Third angle.
Figure 7.4. Mixed views detail drawing.
Figure 7.6. Exploded isometric assembly with BOM.
Figure 7.8. Exploded assembly drawing.
Figure 7.9. Shaft detail drawing.
Figure 7.10. Flange detail drawing.
Figure 7.11. Pulley detail drawing.
Figure 7.12. Gear detail drawing.
Figure 7.13. Retainer detail drawing.
Figure 7.14. Sleeve detail drawing.
Figure 7.15. Schedule of purchase parts.
Figure P7.1. Component drawings of Figure P7.1.
Figure P7.2. Component drawings for Figure P7.2a.
Figure P7.3. Component drawings for Figure P7.3a.
Figure A1.1. Thread nomenclature. (a) External thread. (b) Internal thread.
Figure A1.2. Metric thread specifications.
Figure A1.3. English thread specifications.
Figure A2.1. Unilateral tolerance specification.
Figure A2.2. Bilateral tolerance specification.
Figure A2.3. Limits specification.
Figure A3.1. Examples of GD&T.
Figure A4.1. Elements of surface texture.
Figure A4.2. Full specification of surface texture.