Engineering Design Graphics with Autodesk Inventor 2020

Engineering Design Graphics with Autodesk Inventor 2020
James Bethune
Contents

1. Cover Page
2. About This eBook
3. Half-Title Page
4. Title Page
5. Copyright Page
6. Preface
7. Download Instructor Resources from the Instructor
   Resource Center
8. Acknowledgments
9. Brief Contents
10. Contents
11. Chapter One. Get Started
12. Chapter Objectives
13. Introduction
14. Creating a First Sketch
15. The Undo Tool
16. Creating a Solid Model
17. Sample Problem SP1-1
18. Sample Problem SP1-2 Angular Shapes
19. Chapter Summary
20. Chapter Test Questions
21. Chapter Project
22. Chapter Two. Two-Dimensional Sketching
23. Chapter Objectives
24. Introduction
25. The Sketch Panel
26. Circle
27. Arc
28. Spline
29. Ellipse
30. Point
31. Rectangle
32. Fillet
33. Chamfer
34. Polygon13. Text
35. Geometry Text
36. Dimension
37. Constraints
38. Pattern—Rectangular
39. Pattern—Circular
40. Pattern—Mirror
41. Move
42. Copy
43. Rotate
44. Trim
45. Extend
46. Offset
47. Editing a Sketch
48. Sample Problem SP2-1
49. Chapter Summary
50. Chapter Test Questions
51. Chapter Project
52. Chapter Three. 3D Models
53. Chapter Objectives
54. Introduction
55. Extrude
56. Taper
57. ViewCube
58. Revolve
59. Holes
60. Fillet
61. Full Round Fillet
62. Face Fillet
63. Creating a Variable Fillet
64. Chamfer
65. Face Draft
66. Shell
67. Split
68. Mirror
69. Rectangular Pattern
70. Circular Pattern
71. Sketch Planes
72. Editing a 3D Model
73. Default Planes and Axes22. Work Planes
74. Sample Problem SP3-1
75. Angled Work Planes
76. Offset Work Planes
77. Work Points
78. Ribs (Webs)
79. Loft
80. Sweep
81. Coil
82. Model Material
83. Chapter Summary
84. Chapter Test Questions
85. Chapter Project
86. Chapter Four. Orthographic Views
87. Chapter Objectives
88. Introduction
89. Fundamentals of Orthographic Views
90. Orthographic Views with Inventor
91. Isometric Views
92. Section Views
93. Offset Section Views
94. Aligned Section Views
95. Detail Views
96. Break Views
97. Auxiliary Views
98. ASME Y14.3-2003
99. Chapter Summary
100. Chapter Test Questions
101. Chapter Project
102. Chapter Five. Assembly Drawings
103. Chapter Objectives
104. Introduction
105. Bottom-Up and Top-Down Assemblies
106. Starting an Assembly Drawing
107. Degrees of Freedom
108. Free Move and Free Rotate Tools
109. Constrain
110. Presentation Drawings
111. Animation
112. Isometric Drawings11. Assembly Numbers
113. Parts List
114. Title Block
115. Subassemblies
116. Drawing Sheets
117. Other Types of Drawing Blocks
118. Top-Down Assemblies
119. Editing a Part within an Assembly Drawing
120. Patterning Components
121. Mirroring Components
122. Copying Components
123. Chapter Summary
124. Chapter Test Questions
125. Chapter Projects
126. Chapter Six. Threads and Fasteners
127. Chapter Objectives
128. Introduction
129. Thread Terminology
130. Thread Callouts—Metric Units
131. Thread Callouts—ANSI Unified Screw Threads
132. Thread Representations
133. Internal Threads
134. Threaded Blind Holes
135. Creating Threaded Holes Using the Hole Tool
136. Standard Fasteners
137. Sizing a Threaded Hole to Accept a Screw
138. Screws and Nuts
139. Types of Threaded Fasteners
140. Flat-Head Screws—Countersunk Holes
141. Counterbores
142. Drawing Fasteners Not Included in the Content Center
143. Sample Problem SP6-1
144. Washers
145. Setscrews
146. Rivets
147. Sample Problem SP6-2
148. Chapter Summary
149. Chapter Test Questions
150. Chapter Project
151. Chapter Seven. Dimensioning a Drawing1. Chapter Objectives
152. Introduction
153. Terminology and Conventions—ANSI
154. Creating Drawing Dimensions
155. Drawing Scale
156. Units
157. Aligned Dimensions
158. Radius and Diameter Dimensions
159. Dimensioning Holes
160. Sample Problem SP7-1
161. Dimensioning Counterbored, Countersunk Holes
162. Angular Dimensions
163. Ordinate Dimensions
164. Baseline Dimensions
165. Hole Tables
166. Locating Dimensions
167. Fillets and Rounds
168. Rounded Shapes—Internal
169. Rounded Shapes—External
170. Irregular Surfaces
171. Polar Dimensions
172. Chamfers
173. Knurling
174. Keys and Keyseats
175. Symbols and Abbreviations
176. Symmetrical and Centerline Symbols
177. Dimensioning to a Point
178. Dimensioning Section Views
179. Dimensioning Orthographic Views
180. 3D Dimensions
181. Sample Problem SP7-2
182. Sample Problem SP7-3
183. Chapter Summary
184. Chapter Test Questions
185. Chapter Projects
186. Chapter Eight. Tolerancing
187. Chapter Objectives
188. Introduction
189. Direct Tolerance Methods
190. Tolerance Expressions5. Understanding Plus and Minus Tolerances
191. Creating Plus and Minus Tolerances
192. Limit Tolerances
193. Angular Tolerances
194. Standard Tolerances
195. Double Dimensioning
196. Chain Dimensions and Baseline Dimensions
197. Tolerance Studies
198. Rectangular Dimensions
199. Hole Locations
200. Choosing a Shaft for a Toleranced Hole
201. Sample Problem SP8-1
202. Sample Problem SP8-2
203. Nominal Sizes
204. Standard Fits (Metric Values)
205. Hole and Shaft Basis
206. Visual Presentations of the Hole and Shaft Tolerances
207. Standard Fits (Inch Values)
208. Preferred and Standard Sizes
209. Surface Finishes
210. Surface Control Symbols
211. Geometric Tolerances
212. Tolerances of Form
213. Straightness
214. Straightness (RFS and MMC)
215. Circularity
216. Cylindricity
217. Geometric Tolerances Using Inventor
218. Tolerances of Orientation
219. Datums
220. Perpendicularity
221. Parallelism
222. Angularity
223. Profiles
224. Runouts
225. Positional Tolerances
226. Virtual Condition
227. Floating Fasteners
228. Sample Problem SP8-3
229. Sample Problem SP8-445. Fixed Fasteners
230. Sample Problem SP8-5
231. Design Problems
232. Chapter Summary
233. Chapter Test Questions
234. Chapter Projects
235. Chapter Nine. Springs
236. Chapter Objectives
237. Introduction
238. Compression Springs
239. Extension Springs
240. Torsion Springs
241. Belleville Springs
242. Springs in Assembly Drawings
243. Chapter Summary
244. Chapter Test Questions
245. Chapter Projects
246. Chapter Ten. Shafts
247. Chapter Objectives
248. Introduction
249. Uniform Shafts and Chamfers
250. Shafts and Retaining Rings
251. Shafts and Keys
252. Square Keys
253. Pratt and Whitney Keys
254. Woodruff Keys
255. Shafts with Splines
256. Collars
257. O-Rings
258. Drawing Shafts and Pins Using the Tools Under the Design
     Tab
259. Chapter Summary
260. Chapter Test Questions
261. Chapter Projects
262. Chapter Eleven. Bearings
263. Chapter Objectives
264. Introduction
265. Plain Bearings
266. Ball Bearings
267. Thrust Bearings6. Chapter Summary
268. Chapter Test Questions
269. Chapter Projects
270. Chapter Twelve. Gears
271. Chapter Objectives
272. Introduction
273. Gear Terminology
274. Gear Formulas
275. Drawing Gears Using the Gear Tool
276. Gear Hubs
277. Gear Ratios
278. Gear Trains
279. Gears with Keyways
280. Gear Assemblies
281. Supports for Bevel Gears
282. Worm Gears
283. Supports for Worm Gears
284. Chapter Summary
285. Chapter Test Questions
286. Chapter Projects
287. Chapter Thirteen. Sheet Metal Drawings
288. Chapter Objectives
289. Introduction
290. Sheet Metal Drawings
291. Flat Patterns
292. Punch Tool
293. Chapter Summary
294. Chapter Test Questions
295. Chapter Projects
296. Chapter Fourteen. Weldment Drawings
297. Chapter Objectives
298. Introduction
299. Fillet Welds
300. Weldments—Groove Welds
301. Sample Problem SP14-1
302. Chapter Summary
303. Chapter Test Questions
304. Chapter Project
305. Chapter Fifteen. Cams
306. Chapter Objectives2. Introduction
307. Displacement Diagrams
308. Drawing a Cam Using Inventor
309. Sample Problem SP15-1
310. Cams and Followers
311. Chapter Summary
312. Chapter Test Questions
313. Chapter Projects
314. Index
315. Chapter Sixteen. Projects
316. 16-1 Introduction
317. 16-2 Project 1: Milling Vise
318. 16-3 Project 2: Tenon Jig
319. Appendix

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