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Index
Title Page About the Authors Copyright Page Foreword Acknowledgement Reviews Contents Chapter 1: Fundamentals of Foundation Design—A Quick Review
1.1 Introduction 1.2 Basic Philosophy 1.3 Foundation Types and Design Methodologies 1.4 Isolated Footing Design
Service Design Strength Design
1.5 Combined Footing Design 1.6 Ribbed Combined Footing Design 1.7 Octagonal Footing Design 1.8 Pile-Cap Design 1.9 Mat Foundation (Raft) Design 1.10 Points to Remember 1.11 Exercise
Chapter 2: Model Generation in STAAD Foundation Advanced
2.1 Introduction 2.2 Modeling in STAAD Foundation Advanced
Three design modes
2.3 Loading Type 2.4 Load Combination 2.5 Types of Foundations 2.6 Model Generation Steps 2.7 Points to Remember 2.8 Exercise
Chapter 3A: An Introduction to STAAD.Pro User Interface—Design a Structure Using STAAD.Pro
3A.1 Introduction 3A.2 Primary Goal of This Chapter 3A.3 Overview 3A.4 Getting to Know the Workspace 3A.5 Steps to Follow 3A.6 Cursors 3A.7 Validation Tools 3A.8 STAAD Editor 3A.9 Understanding Post-Analysis Output 3A.10 Important Notes 3A.11 Exercise
Chapter 3B: An Introduction to STAAD.Pro CONNECT Edition
3B.1 Introduction 3B.2 Workflow Overview 3B.3 Important Tools 3B.4 Validation Tools 3B.5 Revisit Each Ribbon Bar 3B.6 Exercise
Chapter 4: Interoperability among STAAD.Pro, STAAD Foundation Advanced, and MS Excel Chapter 4A: Interoperability between STAAD.Pro and STAAD Foundation Advanced
4A.1 Introduction 4A.2 Basic Philosophy 4A.3 Steps to Follow 4A.4 Frequently Asked Questions 4A.5 Points to Remember
Chapter 4B: Interaction between SFA and MS Excel
4B.1 Introduction 4B.2 Workflow overview 4B.3 Steps to Follow 4B.4 Points to Remember 4B.5 Exercise (Chapters 4A and 4B)
Chapter 4C: Interaction with ISM
4C.1 Introduction 4C.2 Interaction with ISM 4C.3 Exercise
Chapter 5: Design of an Isolated Footing Using STAAD Foundation Advanced
5.1 Introduction 5.2 Design Checks to Be Performed 5.3 Types of Report 5.4 Steps to Follow 5.5 Description of Design Parameters
(A) Concrete and Reinforcement (B) Cover and Soil (C) Footing Geometry (D) Sliding and Overturning (E) National Annexure
5.6 Variable Bearing Capacity 5.7 Consideration of Buoyancy 5.8 Consideration of Lateral Earth Pressure and Cohesion for Stability Analysis 5.9 Points to Remember 5.10 Exercise
Chapter 6: Design of a Combined Footing Using STAAD Foundation Advanced
6.1 Introduction 6.2 Design Methodology 6.3 Types of Report 6.4 Steps to Follow 6.5 Description of Design Input Parameters
(A) Concrete and Reinforcement (B) Cover and Soil (C) Footing geometry (D) Column Eccentricity (E) Sliding and Overturning
6.6 Points to Remember 6.7 Exercise
Chapter 7: Design of Pile-Cap Foundations Using STAAD Foundation Advanced
7.1 Introduction 7.2 Design Methodology 7.3 Types of Report 7.4 Steps to Follow 7.5 Description of Design Parameters
Design Parameters
7.6 Pile Arrangement (Grouping)
Predefined Parametric
7.7 Points to Remember 7.8 Exercise
Chapter 8: Design a Mat Foundation Using STAAD Foundation Advanced
8.1 Introduction 8.2 Design Philosophy 8.3 Steps to Follow 8.4 Points to Remember 8.5 Exercise
Chapter 9: Design and Analysis of a Combined Footing with Ribbed-Beam Using STAAD Foundation Advanced
9.1 Introduction 9.2 Design Philosophy 9.3 Steps to Follow 9.4 Description of Design Input Parameters
A. Concrete and Reinforcement B. Cover and Soil C. Footing Geometry D. Column Eccentricity E. Sliding and Overturning F. Beam Geometry
9.5 Types of Report 9.6 Points to Remember 9.7 Exercise
Chapter 10: Analysis and Design of an Octagonal Footing Using STAAD Foundation Advanced
10.1 Introduction 10.2 Design Philosophy 10.3 Steps to Follow 10.4 Defining Design Parameters
(A) Design Parameters (B) Footing Geometry (C) Anchor Bolt Details
10.5 Points to Remember 10.6 Exercise
Chapter 11: Introducing Other Modes and Advanced Features
11.1 Introduction 11.2 Toolkit Mode 11.3 Anchor Block 11.4 Drilled Pier 11.5 Plant Mode 11.6 Tank Foundation 11.7 Strap Foundation 11.8 Vibrating Machine Foundation
Index
A B C D E F G H I J L M N O P R S T U V X
Back Cover
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