Engineering drawing & design / Cecil Jensen, Jay D. Helsel & Dennis R. Short.

Contents

Part 1
BASIC DRAWING AND DESIGN 1

Chapter 1 Engineering graphics as a language
1.1 The language of industry
1.2 carers in engineering graphics
1.3 The drafting office, etc

Chapter 2 Computer-Aided Drawing
2.1 overview
2.2 components of a CAD system
2.3 communication environment, etc

Chapter 3 Drawing media, Filing, Storage and Reproduction
3.1 drawing media and format
3.2 filling and storage
3.3 drawing reproduction

Chapter 4 Basic Drafting skills
4.1 straight line work, lettering, and erasing
4.2 circles and arcs
4.3 Drawing irregular curves, etc

Chapter 5 Applied geometry
5.1 Beginning geometry: straight lines
5.2 Arcs and circles
5.3 polygons, etc

Chapter 6 Theory of shape description
6.1 orthographic representations
6.2 Arrangement and construction of views
6.3 All surfaces parallel and All Edges and lines visible, etc

Chapter 7 Auxiliary Views and Revolutions
7.1 primary auxiliary views
7.2 circular features in auxiliary projection
7.3 multi-auxiliary view drawings, etc

Chapter 8 Basic dimensioning
8.1 basic dimensioning
8.2 dimensioning circular features
8.3 dimensioning common features, etc

Chapter 9 Sections
9.1 sectional views
9.2 two or more sectional views
9.3 half-sections, etc

PART 2
FASTENERS, MATERIALS AND FORMING PROCESSES

Chapter 10 Threaded fasteners
10.1 simplified threaded representations
10.2 Detailed and schematic thread representations
10.3 common threaded fasteners, etc

Chapter 11 Miscellaneous Types of fasteners
11.1 Keys, splines and serrations
11.2 pin fasteners
11.3 retaining rings, etc

Chapter 12 Manufacturing materials
12.1 cast irons and ferrous metals
12.2 carbon steel
12.3 nonferrous metals, etc

Chapter 13 Forming processes
13.1 metal castings
13.2 forgings
13.3 powder metallurgy, etc

PART 3
WORKING DRAWINGS AND DESIGN

Chapter 14 Detail and assembly drawings
14.1 drawing quality assurance
14.2 functional drafting
14.3 detail drawings, etc

Chapter 15 Pictorial drawings
15.1 pictorial drawings
15.2 curved surfaces in isometric
15.3 common features in isometric, etc

Chapter 16 Geometric Dimensioning and Tolerancing
16.1 modern engineering tolerancing
16.2 geometric tolerancing
16.3 flatness, etc

Chapter 17 Drawings for numeric control
17.1 two-axis control systems
17.2 three-axis control systems

Chapter 18 Welding drawings
18.1 designing for welding
18.2 welding symbols
18.3 fillet welds, etc

Chapter 19 Design concepts
19.1 The design process
19.2 Assembly considerations
19.3 Concurrent engineering, etc

PART 4
POWER TRANSMISSIONS

Chapter 20 Belts, chains, and gears
20.1 Belt drivers
20.2 chain drivers
20.3 gear drivers, etc

Chapter 21 Coupling, bearings, and seals
21.1 coupling and flexible shafts
21.2 bearings
21.3 Antifriction bearings, etc

Chapter 22 Cams, linkages and actuators
22.1 Cams, linkages and actuators
22.2 plate cams
22.3 positive-Motion cams, etc

PART 5
SPECIAL FIELDS OF DRAFTING

Chapter 23 Developments and intersections
23.1 surface developments
23.2 The packaging industry
23.3 Radial line development of cylindrical surfaces, etc

Chapter 24 Pipe drawings
24.1 pipes
24.2 isometric projections of piping drawings
24.3 supplementary piping information

Chapter 25 Structural drafting
25.1 Structural drafting
25.2 beams
25.3 standard connections, etc

Chapter 26 Jigs and Fixtures
26.1 jig and fixture design
26.2 drill jig components
26.3 dimensioning jig drawings, etc

Chapter 27 Electrical and Electronics drawings
27.1 Electrical and Electronics drawings
27.2 schematic drawings
27.3 wiring (connection) diagrams

Glossary : p. G-1 - G-7 . _ Index : p. I-1 - I-14