## With Safari, you learn the way you learn best. Get unlimited access to videos, live online training, learning paths, books, tutorials, and more.

No credit card required

## Book Description

The second edition of Engineering Drawing continues to cover all the fundamental topics of the field, while maintaining its unique focus on the logic behind each concept and method. Based on extensive market research and reviews of the first edition, this edition includes a new chapter on scales, the latest version of AutoCAD, and new pedagogy. The coverage of topics has been made more clear and concise through over 300 solved examples and exercises, with new problems added to help students work progressively through them. Combining technical accuracy with readable explanations, this book will be invaluable to both first-year undergraduate engineering students as well as those preparing for professional exams.

1. Cover
2. Title page
3. Brief Contents
4. Contents
6. Dedication
7. Abbreviations, Symbols and Notations
8. Preface
9. The Development of This Book
10. Chapter 1. Basics of Engineering Drawing
1. Objectives
2. 1.1 Introduction
3. 1.2 Drawing Instruments
4. 1.3 Title Block
5. 1.4 Points to Remember
6. Exercises
7. Review Questions
11. Chapter 2. Symbolic Lines and Lettering
12. Chapter 3. Geometrical Constructions, Loci and Engineering Plane Curves
1. Objectives
2. 3.1 Introduction
3. 3.2 Methods of Construction
4. 3.3 Loci of Points
5. 3.4 Engineering Curves
6. Exercises
7. Critical Thinking Exercises
8. Hints for Solving Critical Thinking Exercises
13. Chapter 4. Scales
1. Objectives
2. 4.1 Introduction
3. 4.2 Representative Fraction
4. 4.3 Construction of Scales
5. 4.4 Types of Scales
6. Exercises
7. Critical Thinking Exercises
14. Chapter 5. Projections of Points and Lines
15. Chapter 6. Projections on Auxiliary Reference Planes
16. Chapter 7. Projections of Planes
1. Objectives
2. 7.1 Introduction
3. 7.2 Positions of Planes
4. 7.3 Positions When the Shape and Size in the Front View and/or Top View are Given
5. Exercises
6. Critical Thinking Exercises
7. Hints for Solving Exercises
8. Hints for Solving Critical Thinking Exercises
17. Chapter 8. Projections of Solids
1. Objectives
2. 8.1 Introduction
3. 8.2 Solids
4. 8.3 Orthographic Projections of Solids
5. 8.4 Additional Points for Two-Step Problems
6. 8.5 Deciding the Position of the Axis
7. 8.6 Visibility of Surfaces
8. 8.7 Projections of Solids with the Axis Inclined to Both the HP and the VP
9. 8.8 Projections of Spheres
10. Exercises
11. Critical Thinking Exercises
12. Hints for Solving Exercises
13. Hints for Solving Critical Thinking Exercises
18. Chapter 9. Sections of Solids
19. Chapter 10. Intersection of Surfaces
20. Chapter 11. Development of Surfaces
1. Objectives
2. 11.1 Introduction
3. 11.2 Understanding the Development of Surfaces
4. 11.3 Methods for Development
5. 11.4 Methods for Development of Cut Surfaces
6. Exercises
7. Critical Thinking Exercises
8. Hints for Solving Exercises
9. Hints for Solving Critical Thinking Exercises
21. Chapter 12. Multiview Orthographic Projections
1. Objectives
2. 12.1 Introduction
3. 12.2 Multiview Orthographic Projections
4. 12.3 Objects Bounded by Plane Surfaces
5. 12.4 Reading an Isometric or Oblique Parallel Projection
6. Exercises
7. Critical Thinking Exercises
22. Chapter 13. Sectional Views
1. Objectives
2. 13.1 Introduction
3. 13.2 Projections of Sectional Views
4. 13.3 Hatching Lines
5. 13.4 Drawing Sectional Views of Machine Parts
6. 13.5 Types of Sectional Views
7. Exercises
8. Critical Thinking Exercises
23. Chapter 14. Dimensioning
1. Objectives
2. 14.1 Introduction
3. 14.2 Dimensioning
4. 14.3 Dimensioning Systems
5. 14.4 Dimensioning Principles
6. 14.5 Dimensioning Pictorial Views
7. Exercises
8. Critical Thinking Exercises
24. Chapter 15. Auxiliary Views
25. Chapter 16. Reading Orthographic Projections
26. Chapter 17. Isometric Projections
1. Objectives
2. 17.1 Introduction
3. 17.2 Types of Pictorial Projections
4. 17.3 Isometric Projections
5. Exercises
6. Critical Thinking Exercises
27. Chapter 18. Oblique Parallel Projections and Perspective Projections
1. Objectives
2. 18.1 Introduction
3. 18.2 Oblique Parallel Projections
4. 18.3 The Oblique Parallel Projections of a Cube
5. 18.4 Perspective Projections
6. Exercises
7. Critical Thinking Exercises
1. Objectives
2. 19.1 Introduction
5. 19.4 Bolts, Nuts and Washers
6. 19.5 Hexagonal Nuts
7. 19.6 Projections of a Hexagonal-Headed Bolt
8. 19.7 Washers
9. 19.8 Square Nuts
10. 19.9 Types of Nuts
11. 19.10 Types of Bolt Heads
12. 19.11 Set Screws
13. 19.12 Foundation Bolts
14. 19.13 Tap Bolts
15. 19.14 Stud Bolts
16. 19.15 Locking Arrangements for Nuts
17. Exercises
18. Critical Thinking Exercises
29. Chapter 20. Riveted and Welded Joints
1. Objectives
2. 20.1 Introduction
3. 20.2 Types of Rivet Heads
4. 20.3 Riveted Joints
5. 20.4 Welding
6. 20.5 Types of Welded Joints
7. Exercises
8. Critical Thinking Exercises
30. Chapter 21. Computer-Aided Drafting
1. Objectives
2. 21.1 Introduction