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Tables of Contents for Engineering Graphics With Autocad 2002
Chapter/Section Title
Page #
Page Count
Getting Started
Introduction
2
1
Toolbars
3
4
The Command: Line Box
7
1
Command Tools
8
1
Starting a New Drawing
8
1
Naming a Drawing
8
2
Drawing Units
10
2
Drawing Limits
12
1
Grid and Snap
13
2
Sample Problem SP1-1
15
1
Save and Save As
16
1
Open
16
2
Exit
18
1
Exercise Problems
19
2
Fundamentals of 2-D Construction
Introduction
21
1
Line---Random Points
21
2
Erase
23
1
Line---Snap Points
24
1
Line---Coordinate Values
25
1
Line---Polar Values
26
1
Construction Line
27
3
Circle
30
2
Circle Centerlines
32
2
Polylines
34
3
Spline
37
1
Ellipse
38
2
Rectangle
40
1
Polygon
40
1
Point
41
1
Text
42
4
Move
46
1
Copy
46
1
Offset
47
1
Mirror
48
1
Array
48
2
Rotate
50
1
Trim
51
1
Extend
52
1
Break
52
1
Chamfer
53
1
Fillet
54
1
Exercise Problems
55
8
More Advanced Commands
Introduction
63
1
Osnap
63
2
Osnap---Endpoint
65
1
Osnap---Snap From
65
1
Osnap---Midpoint
66
1
Osnap---Intersection
66
1
Osnap---Apparent Intersection
67
1
Osnap---Center
68
1
Osnap---Quadrant
68
1
Osnap---Perpendicular
68
1
Osnap---Tangent
69
1
Osnap---Nearest
70
1
Sample Problem SP3-1
70
1
Sample Problem SP3-2
71
1
Grips
72
1
Grips---Extend
73
1
Grips---Move
74
1
Grips---Rotate
74
1
Grips---Scale
75
1
Grips---Mirror
75
1
Blocks
76
2
Working with Blocks
78
3
Wblock
81
2
Layers
83
8
Attributes
91
5
Title Blocks with Attributes
96
3
Edit Polyline
99
1
Edit Spline
99
1
Edit Text
99
1
Constructing the Bisector of an Angle---Method I
100
1
Constructing the Bisector of an Angle---Method II
101
1
Constructing an Ogee Curve (S-Curve) with Equal Arcs
101
1
Constructing a Parabola
102
1
Constructing a Hyperbola
102
1
Constructing a Spiral
103
1
Constructing a Helix
104
1
Designing Using Shape Parameters
104
3
Exercise Problems
107
18
Sketching
Introduction
125
1
Establishing Your Own Style
125
1
Graph Paper
125
1
Pencils
126
1
Lines
126
1
Proportions
127
1
Curves
128
1
Sample Problem SP4-1
129
1
Isometric Sketches
130
2
Sample Problem SP4-2
132
1
Oblique Sketches
133
1
Perspective Sketches
134
2
Working in Different Orientations
136
1
Exercise Problems
137
12
Orthographic Views
Introduction
149
1
Three Views of an Object
149
1
Visualization
150
2
Hidden Lines
152
1
Hidden Line Conventions
152
1
Drawing Hidden Lines
153
4
Precedence of Lines
157
1
Slanted Lines
157
1
Projection Between Views
158
1
Sample Problem SP5-1
158
1
Compound Lines
159
1
Sample Problems SP5-2
160
1
Oblique Surfaces
161
1
Sample Problems SP5-3
162
1
Rounded Surfaces
163
1
Sample Problem SP5-4
164
1
Holes
164
3
Holes in Slanted Surfaces
167
2
Cylinders
169
1
Sample Problem SP5-5
170
1
Cylinders with Slanted and Rounded Surfaces
171
1
Sample Problem SP5-6
172
1
Drawing Conventions and Cylinders
173
1
Irregular Surfaces
174
1
Sample Problem SP5-7
174
3
Hole Callouts
177
1
Castings
178
2
Sample Problem SP5-8
180
1
Thin-Walled Objects
181
1
Sample Problem SP5-9
182
1
Intersections
183
1
Sample Problem SP5-10
183
2
Sample Problem SP5-11
185
1
Sample Problem SP5-12
185
3
Designing by Modifying an Existing Part
188
2
Exercise Problems
190
31
Sectional Views
Introduction
221
2
Cutting Plane Lines
223
3
Section Lines
226
1
Hatch
227
2
Sample Problem SP6-1
229
1
Styles of Section Lines
230
1
Sectional View Location
230
1
Holes in Sections
231
1
Hatch Styles
232
1
Offset Sections
233
1
Multiple Sections
234
1
Aligned Sections
234
1
Drawing Conventions in Sections
234
1
Half, Partial, and Broken-out Sectional Views
235
1
Removed Sectional
236
1
Breaks
236
2
Sectional Views of Castings
238
2
Exercise Problems
240
13
Auxiliary Views
Introduction
253
1
Projection Between Normal and Auxiliary Views
254
3
Sample Problem SP7-1
257
1
Transferring Lines Between Views
258
1
Sample Problem SP7-2
259
1
Projecting Rounded Surfaces
259
1
Sample Problem SP7-3
260
1
Projecting Irregular Surfaces
261
1
Sample Problem SP7-4
261
2
Sample Problem SP7-5
263
1
Partial Auxiliary Views
264
1
Sectional Auxiliary Views
265
1
Auxiliary Views of Oblique Surfaces
265
1
Secondary Auxiliary Views
266
2
Sample Problem SP7-6
268
2
Secondary Auxiliary View of an Ellipse
270
1
Exercise Problems
271
15
Dimensioning
Introduction
286
1
Terminology and Convensions
286
2
Linear Dimension
288
4
Dimension Styles
292
3
Units
295
2
Aligned Dimensions
297
1
Radius and Diameter Dimensions
297
4
Angular Dimensions
301
1
Ordinate Dimensions
302
2
Baseline Dimensions
304
2
Continue Dimension
306
1
Quick Dimension
307
1
Center Mark
308
1
Quick Leader
308
3
Dimension Edit
311
1
Tolerances
312
1
Dimensioning Holes
312
3
Placing Dimensions
315
1
Fillets and Rounds
315
1
Rounded Shapes (Internal)
315
1
Rounded Shapes (External)
316
1
Irregular Surfaces
316
2
Polar Dimensions
318
1
Chamfers
319
1
Knurling
319
2
Keys and Keyseats
321
1
Symbols and Abbreviations
321
1
Symmetry and Centerline
321
1
Dimensioning to Points
321
1
Coordinate Dimensions
322
1
Sectional Views
323
1
Orthographic Views
323
1
Very Large Radii
324
1
Exercise Problems
325
12
Tolerancing
Introduction
337
1
Direct Tolerance Methods
337
1
Tolerance Expressions
338
1
Understanding Plus and Minus Tolerances
338
1
Creating Plus and Minus Tolerances
339
2
Limit Tolerances
341
1
Creating Limit Tolerances
342
1
Angular Tolerances
343
1
Standards Tolerances
344
1
Double Dimensioning
344
1
Chain Dimensions and Baseline Dimensions
345
2
Tolerance Studies
347
1
Rectangular Dimensions
347
1
Hole Locations
348
1
Choosing a Shaft for a Toleranced Hole
348
1
Sample Problem SP9-1
349
1
Sample Problem SP9-2
350
1
Standard Fits---Metric Values
350
2
Nominal Sizes
352
1
Hole and Shaft Basis
352
1
Sample Problem SP9-3
353
1
Standard Fits---Inch Values
353
1
Sample Problem SP9-4
353
1
Preferred and Standard Sizes
354
1
Surface Finishes
354
3
Surface and Control Symbols
357
1
Design Problems
358
4
Exercise Problems
362
11
Geometric Tolerances
Geometric Tolerances
373
1
Tolerances of Form
374
1
Flatness
374
1
Straightness
374
1
Straightness (RFS and MMC)
375
2
Circularity
377
1
Cylindricity
378
1
Geometric Tolerances Using AutoCAD
379
4
Tolerances of Orientation
383
1
Datums
383
1
Perpendicularity
384
2
Parallelism
386
1
Angularism
386
1
Profiles
386
2
Runouts
388
1
Positional Tolerances
389
1
Virtual Condition
390
1
Floating Fasteners
391
1
Sample Problem SP10-1
392
1
Sample Problem SP10-2
392
1
Fixed Fasteners
393
1
Sample Problem SP10-3
394
1
Design Problems
395
2
Exercise Problems
397
18
Threads and Fasteners
Introduction
415
1
Thread Terminology
415
1
Thread Callouts---Metric Units
415
1
Thread Callouts---English Units
416
1
Thread Representations
417
5
Orthographic Views of Internal Threads
422
1
Sectional Views of Internal Thread Representations
422
1
Types of Threads
423
1
How to Draw an External Square Thread
424
1
How to Draw an Internal Square Thread
425
1
How to Draw an External Acme Thread
425
2
Bolts and Nuts
427
1
Screws
427
1
Studs
427
1
Head Shapes
428
3
Nuts
431
3
Sample Problem SP11-1
434
1
Sample Problem SP11-2
434
1
Standard Screws
435
1
Set Screws
436
1
Washers
437
1
Keys
438
1
Rivets
438
2
Springs
440
3
Exercise Problems
443
8
Working Drawings
Introduction
451
1
Assembly Drawings
452
2
Drawing Formats
454
1
Title Block
455
1
Revision Block
456
1
Tolerance Block
457
1
Release Block
457
1
Parts List (Bill of Materials)
458
1
Detail Drawings
459
1
First Angle Projection
460
1
Drawing Notes
461
1
Design Layout
461
1
Sample Problems SP12-1
462
4
Exercise Problems
466
17
Gears, Bearings, and Cams
Introduction
483
1
Types of Gears
483
1
Gear Terminology---Spur
483
2
Spur Gear Drawings
485
1
Sample Problem SP13-1
486
2
Sample Problem SP13-2
488
2
Sample Problem SP13-3
490
1
Selecting Spur Gears
490
1
Center Distance Between Gears
490
1
Sample Problem SP13-4
490
3
Combining Spur Gears
493
2
Gear Terminology---Bevel
495
1
How to Draw Bevel Gears
496
1
Worn Gears
497
2
Helical Gears
499
1
Racks
500
1
Ball Bearings
501
1
Sample Problem SP13-5
501
2
Bushings
503
1
Sample Problem SP13-6
504
1
Cam Displacement Diagrams
505
1
Cam Motions
506
2
Cam Followers
508
1
Sample Problem SP13-7
509
4
Exercise Problems
513
4
Fundamentals of 3D Drawing
Introduction
517
1
The World Coordinate System
517
2
Viewpoint
519
3
User Coordinate Systems (UCSs)
522
2
Working with UCSs
524
2
Sample Problem SP14-1
526
5
Orthographic Views
531
3
Elev
534
1
Using the Elev Command to Create Objects
535
4
Exercise Problems
539
6
Surface Modeling
Introduction
545
2
Box
547
1
Wedge
547
1
Pyramid
548
3
Cone
551
1
Sphere
552
1
Dome
553
1
Dish
554
1
Torus
554
1
3-D Face
555
1
3-D Mesh
556
1
Revolved Surface
557
2
Tabulated Surface
559
1
Ruled Surface
560
2
Edge Surface
562
1
Combining Surfaces
563
1
Using Surfaces with a UCS
564
5
Sample Problem SP15-1
569
7
Exercise Problems
576
12
Solid Modeling
Introduction
588
1
Box
588
2
Sphere
590
1
Cylinder
590
1
Cone
591
1
Wedge
592
2
Torus
594
1
Extrude
595
1
Revolved
596
1
Slice
597
1
Section
598
3
Interfere
601
1
Union and Subtract
602
1
Solid Modeling and UCSs
603
2
Combining Solid Objects
605
5
Intersecting Solids
610
4
Solid Models of Castings
614
5
Thread Representations in Solid Models
619
1
List
619
1
Massprop
620
1
Face and Edge Editing
621
5
Design Problem
626
7
Exercise Problems
633
22
Descriptive Geometry
Introduction
655
1
Orthographic Projection
655
3
The True Length of a Line
658
4
The True Shape of a Plane
662
4
Locating a Line in a Plane
666
2
Locating a Point in a Plane
668
2
Visibility of a Line
670
1
Piercing Points
671
4
Distance Between a Line and a Point
675
2
Distance Between Two Lines
677
1
Angle Between a Plane and a Line
678
2
Angle Between Two Planes
680
2
Intersection
682
1
Further Study
682
2
Exercise Problems
684
11
Appendix
A-1 Wire and Sheet Metal Gauges
695
1
A-2 American Standard Clearance Locational Fits
696
1
A-3 American Standard Running and Sliding Fits
697
1
A-4 American Standard Transition Locational Fits
698
1
A-5 American Standard Interference Locational Fits
699
1
A-6 American Standard Force and Shrink Fits
700
1
A-7 Preferred Clearance Fits---Cylindrical Fits
701
1
A-8 Preferred Transition and Interference Fits---Cylindrical Fits
702
1
A-9 Preferred Clearance Fits---Cylindrical Fits
703
1
A-10 Preferred Transition and Interference Fits---Cylindrical Fits
704
1
A-11 American National Standard Type A Plain Washers
705
1
A-12 American National Standard Helical Spring Lock Washers
706
1
A-13 American National Standard Internal-External Tooth Lock Washers
707
1
A-14 British Standard Bright Metal Washers---Metric Series
708
1
A-15 American National Standard and Unified Standard Square Bolts
709
1
A-16 American National Standard and Unified Standard Hex Head Screws
710
1
A-17 Coarse-Thread Series, UNC, UNRC, and NC-Basic Dimensions
711
1
A-18 Fine-Thread Series, UNC, UNRC, and NC---Basic Dimensions
712
1
A-19 American National Standard General---Purpose Acme Thread Form---Basic Dimensions
713
1
A-20 60° Stub Threads
713
1
A-21 American National Standard Slotted 100° Flat Countersunk Head Machine Screws
714
1
A-22 American National Standard Slotted Truss Head Machine Screws
715
1
A-23 American National Standard Plain and Slotted Hexagon Head Machine Screws
716
1
A-24 Slotted Round Head Machine Screws
717
1
A-25 American National Standard Square Head Setscrews
718
1
A-26 American National Standard Square Head Setscrews
719
1
A-27 American National Standard Slotted Headless Setscrews
720
1
A-28 Lengths for Threaded Fasteners
721
1
A-29 Lengths for Metric Threaded Fasteners
721
1
A-30 American National Standard Square and Hexagon Machine Screw Nuts
722
1
A-31 Standard Twist Drill Sizes (Inches)
723
1
A-32 Standard Twist Drill Sizes (Millimeters)
723
2
Index
725
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