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Tables of Contents for Engineering Design and Graphics With Mechanical Desktop 5.0
Chapter/Section Title
Page #
Page Count
Fundamentals of 2D Drawing
Introduction
2
1
Lines
2
3
Lines---Grid and Snap
5
2
Lines---Coordinate Points
7
1
Lines---Relative Coordinates
7
1
Circles
8
3
Ellipse
11
1
Rectangle
12
1
Polygon
13
2
Polyline
15
3
Spline
18
1
Move
18
2
Copy
20
1
Mirror
21
1
Offset
22
1
Trim
22
1
Extend
23
1
Fillet
24
1
Object Snap
24
2
Drawing Units
26
1
Exercise Problems
27
6
Sketches, Profiles, and Models
Introduction
33
1
Editing Sketches
34
3
Sketching Circular Features
37
3
2D Constraints
40
8
Drawing a Parametric Model
48
2
Parametric Models of Uniform Thickness
50
2
Holes in Parametric Models
52
2
Cutouts in Parametric Models
54
2
Placed Features
56
9
Sample Problem SP2-1
65
2
Exercise Problems
67
8
Sketch and Work Planes
Introduction
75
1
Sketch Planes
75
2
Working with a New Sketch Plane
77
1
Drawing Slanted Surfaces Using Angles
78
3
Drawing Slanted Surfaces Using Linear Components
81
1
Work Planes
82
7
Work Axis
89
1
Understanding Work Planes
89
5
Sample Problem SP3-1
94
3
Sample Problem SP3-2
97
4
Oblique Surfaces
101
2
Editing Parametric Models
103
3
Editing Dimensions Created by Extruding
106
Editing Features
104
5
Suppress/Unsuppress Features
109
2
Exercise Problems
111
10
Layouts and Drawing Views
Introduction
121
1
Normal Surfaces
122
4
Hidden Lines
126
2
Slanted Surfaces
128
1
Compound Lines
128
2
Oblique Surfaces
130
1
Round Surfaces
130
2
Intersections
132
1
Sectional Views
133
7
Auxiliary Views
140
2
Auxiliary Views of Oblique Surfaces
142
4
Exercise Problems
146
17
Scenes and Assembly Drawings
Introduction
163
1
The Assembly Toolbar
163
2
3D Assembly Constraints Toolbar
165
8
Scenes
173
3
Isometric Assembly Drawings
176
4
Bill of Materials (Parts List)
180
4
Exercise Problems
184
9
Threads and Fasteners
Introduction
193
1
Thread Terminology
193
1
Thread Callouts---Metric Units
194
1
Thread Callouts---English Units
194
1
Thread Representations
195
1
Internal Threads
196
2
Threaded Blind Holes
198
3
External Threads
201
1
Sizing a Screw and a Tapped Hole
202
Screws and Nuts
24
182
Types of Threaded Fasteners
206
1
Flat Head Screws
206
5
Matching a Flat Head Screw to a Blind Hole
211
3
Counterbored Holes
214
2
Slots
216
1
Washers
217
3
Determining the Required Length of a Screw
220
1
Forces in Screws
220
4
Sample Problem SP6-1
224
1
Sample Problem SP6-2
225
1
Exercise Problems
226
7
Dimensioning
Introduction
233
1
Terminology and Conventions---ANSI
234
1
Setting Up ANSI Standards
235
2
Moving and Erasing Paramedic Dimension
237
1
Creating Reference Dimensions
238
2
Dimension Styles
240
2
Drawing Scales
242
1
Units
243
2
Aligned Dimensions
245
1
Radius and Diameter Dimensions
246
1
Dimensioning Holes
247
2
Dimensioning Counterbored, Countersunk Holes
249
3
Angular Dimensions
252
2
Ordinate Dimensions
254
2
Baseline Dimensions
256
1
Continue Dimension
256
3
Locating Dimensions
259
1
Dimensioning Fillets and Rounds
259
1
Dimensioning Rounded Shapes---Internal
259
1
Dimensioning Rounded Shapes---External
260
1
Dimensioning Irregular Surfaces
260
2
Polar Dimensions
262
1
Dimensioning Chamfers
262
1
Knurling
263
1
Keys and Keyseats
264
1
Symbols and Abbreviations
264
1
Symmetry and Centerline
265
1
Dimensioning to Points
265
1
Coordinate Dimensions
265
2
Dimensioning Sectional Views
267
1
Dimensioning Orthographic Views
267
1
Exercise Problems
268
11
Tolerancing
Introduction
279
1
Direct Tolerance Methods
279
1
Tolerance Expressions
280
1
Understanding Plus and Minus Tolerances
280
1
Creating Plus and Minus Tolerances Using Mechanical Desktop
281
4
Limit Tolerances
285
2
Angular Tolerances
287
1
Standard Tolerances
288
1
Double Dimensioning
288
1
Chain Dimensions and Baseline Dimensions
289
2
Tolerance Studies
291
1
Rectangular Dimensions
291
1
Hole Locations
292
1
Choosing a Shaft for a Toleranced Hole
292
1
Sample Problem SP8-1
293
1
Sample Problem SP8-2
294
1
Standard Fits---Metric Values
294
2
Nominal Sizes
296
1
Hole and Shaft Basis
296
1
Sample Problem SP8-3
297
1
Standard Fits---Inch Values
297
1
Sample Problem SP8-4
297
1
Applying Fit Tolerances Using Mechanical Desktop
298
2
Preferred and Standard Sizes
300
1
Surfaces Finishes
300
3
Surface Control Symbols
303
1
Design Problems
304
4
Geometric Tolerances
308
1
Tolerances of Form
308
1
Flatness
308
1
Straightness
308
1
Straightness (RFS and MMC)
309
2
Circularity
311
1
Cylindricity
312
1
Geometric Tolerances Using Mechanical Desktop
313
3
Tolerances of Orientation
316
1
Datums
317
1
Perpendicularity
318
2
Parallelism
320
1
Angularity
320
1
Profiles
320
2
Runouts
322
1
Positional Tolerances
323
2
Virtual Condition
325
1
Floating Fasteners
325
1
Sample Problem SP8-5
326
1
Sample Problem SP8-6
326
1
Fixed Fasteners
327
Sample Problem SP8-7
322
7
Design Problems
329
2
Exercise Problems
331
24
Bearings and Shafts
Introduction
355
1
Sleeve Bearings
355
1
Sample Problem SP9-1
355
6
Ball Bearings
361
1
Shafts
362
1
Determining Shaft Diameters
363
1
Shock Factors
364
1
Shock Shear and Moment Diagrams---Multiple Loads
365
1
Shaft Deflection
365
3
Sample Problem SP9-2
368
1
Critical Speed
368
1
Sample Problem SP9-3
369
3
Exercise Problems
372
3
Gears
Introduction
375
1
Gear Terminology
376
1
Gear Formulas
377
1
Gear Ratios
377
3
Gear Trains
380
Designing Gear Speed Ratios
379
1
Forces in Gear
380
2
Forces in Gear Trains
382
1
Selecting Gears
382
2
Safety Factors
384
1
Service Factors
384
1
Lubrication Factor
385
1
Combining Factor
385
1
Manufacturers' Catalog
385
2
Web Sites
387
1
Forces in Nonmetallic Gears
387
1
Metric Spur Gears
388
1
Bevel Gears
388
1
Worm Gears
388
1
Matching Gears and Shafts
388
1
Center Distance and Backlash
389
1
Sample Problem SP10-1
390
11
Exercise Problems
401
4
Cams, Springs, and Keys
Introduction
405
1
Displacement Diagrams
405
3
Creating a Cam from a Displacement Diagram
408
4
Followers and Springs
412
2
Selecting a Spring
414
2
Keys and Keyways
416
4
Key and Keyway Tolerances
420
2
Exercise Problems
422
3
The Design Process
Introduction
425
1
Selecting a Design Group
425
1
The Design Project
426
1
Understanding the Design Problem
427
1
Creating a Solution
427
2
Managing the Design Process
429
3
Procurement
432
1
The Motor---The First Unexpected Problem
432
2
String Climber Concept Sketch
434
1
Drawing Layout
435
3
Modified Parts
438
1
Electrical Schematic
438
1
Estimated Speed
439
1
Final Drawings
439
1
Test and Modification
440
1
Design Projects
Introduction
441
1
Head Bangers
442
1
The String Climber
443
1
Rope Bomber
443
1
Tug of War
444
3
Footbag Drop Madness
447
1
Peak Performance
448
2
S-Car
450
1
Cam Car
451
2
Appendix
453
10
Index
463
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