1. Section 1: Basics
2. Introduction: Graphic Communication and Technical Drawing
3. Graphic Communication
4. Drawings Described
5. Types of Drawings
6. Types of Technical Drawings
7. Purpose of Technical Drawings
8. Applications of Technical Drawings
9. Regulation of Technical Drawings
10. What Students of Technical Drawing, Drafting, and CAD Should Learn
11. Technical Drawing and Quality/Competitiveness
12. Summary
13. Review Questions
14. Introduction Problems
15. Ch 1: Employability Skills for Drafting and Design Technicians
16. Employability Skills Defined
17. Importance of Employability Skills
18. Employability Skills Needed by Drafting and Design Technicians
19. Job-Seeking Skills
20. Summary
21. Review Questions
22. Ch 2: Drafting Tools: Conventional, CAD, and Solid Modeling
23. Note to Instructors and Students
24. Conventional Drafting Tools
25. Triangular Scales
26. Miscellaneous Conventional Tools
27. Paper Sizes
28. Whiteprinter
29. Computer-Aided Drafting (CAD)
30. CAD Software
31. Solid Modeling
32. Summary
33. Review Questions
34. Chapter 2 Problems
35. Ch 3: Sketching and Lettering for Engineering Communication
36. Note to Instructors and Students
37. Talking Sketching
38. Freehand Lettering
39. Freehand Lettering Techniques
40. Line Work
41. Sketching
42. Types of Sketches
43. Sketching Materials
44. Sketching Techniques
45. Summary
46. Review Questions
47. Chapter 3 Problems
48. Ch 4: Geometric Construction
49. Geometric Nomenclature
50. Prism
51. Pyramid and Cone
52. Sphere
53. Elemental Construction Principles
54. Polygon Construction
55. Circular Construction
56. Supplementary Construction
57. Summary
58. Review Questions
59. Chapter 4 Problems
60. CAD Instructions
61. Section 2: Technical Drawing Fundamentals
62. Ch 5: Spatial Visualization and Multiview Drawings
63. Spatial Visualization
64. Orthographic Projection
65. Planning the Drawing
66. Sketching Procedure
67. Centering the Drawing
68. Technical Drawing Conventions
69. Visualization
70. First-Angle Projection
71. Summary
72. Review Questions
73. Chapter 5 Problems
74. CAD Instructions
75. Ch 6: Dimensioning and Notation
76. Dimensioning Systems
77. Dimension Components
78. Laying out Dimensions
79. Steps in Dimensioning
80. Specific Dimensioning Techniques
81. Summary of Dimensioning Rules
82. Notation
83. Rules for Applying Notes on Drawings
84. Summary
85. Review Questions
86. Chapter 6 Problems
87. CAD Instructions
88. Ch 7: Sectional Views
89. Sectional Views
90. Cutting-Plane Line
91. Direction of Sight
92. Section Lining
93. Multisection Views
94. Kinds of Sections
95. Sections through Ribs or Webs
96. Holes, Ribs and Webs, and Spokes and Keyways
97. Aligned Sections
98. Fasteners and Shafts in Section
99. Intersections in Section
100. Summary
101. Review Questions
102. Chapter 7 Problems
103. CAD Instructions
104. Ch 8: Auxiliary Views
105. Auxiliary Views Defined
106. Secondary Auxiliary Views
107. Partial Views
108. Auxiliary Section
109. Half Auxiliary Views
110. Oblique Surfaces, Viewing Planes, and Auxiliary View Enlargements
111. Summary
112. Review Questions
113. Chapter 8 Problems
114. CAD Instructions
115. Ch 9: Descriptive Geometry
116. Descriptive Geometry Projection
117. Steps Used in Descriptive Geometry Projection
118. Notations
119. Fold Lines
120. Bearings, Slope, and Grade
121. Applied Descriptive Geometry
122. Topographic Topics
123. Vectors
124. Summary
125. Review Questions
126. Chapter 9 Problems
127. CAD Instructions
128. Ch 10: Patterns and Developments
129. Developments
130. Parallel Line Development
131. Radial Line Development
132. Triangulation Development
133. True-Length Diagrams
134. Notches
135. Bends
136. Summary
137. Review Questions
138. Chapter 10 Problems
139. CAD Instructions
140. Ch 11: Solid/3D Modeling: Computational Design and Analysis
141. Factors in Using Visualization
142. Understanding Data
143. Modeling Techniques
144. Types of Visualization Images
145. Engineering Visualization Applications
146. Case Study
147. Summary
148. Review Questions
149. Section 3: Design Drafting Applications
150. Ch 12: Geometric Dimensioning and Tolerancing
151. Summary of Geometric Dimensioning and Tolerancing Terms
152. Geometric Dimensioning and Tolerancing Defined
153. Modifiers
154. Feature Control Symbol
155. True Position
156. Circularity (Roundness)
157. Cylindricity
158. Angularity
159. Parallelism
160. Perpendicularity
161. Profile
162. Runout
163. Concentricity
164. Summary
165. Review Questions
166. Chapter 12 Problems
167. CAD Instructions
168. Ch 13: Fasteners
169. Classifications of Fasteners
170. Threads
171. Screw Thread Forms
172. Tap and Die
173. Threads per Inch (TPI)
174. Pitch
175. Single and Multiple Threads
176. Right-Hand and Left-Hand Threads
177. Thread Relief (Undercut)
178. Screw, Bolt, and Stud
179. Cap Screws
180. Rivets
181. Keys and Keyseats
182. Grooved Fasteners
183. Spring Pins
184. Fastening Systems
185. Retaining Rings
186. Summary
187. Review Questions
188. Chapter 13 Problems
189. CAD Instructions
190. Ch 14: Springs
191. Spring Classification
192. Helical Springs
193. Flat Springs
194. Terminology of Springs
195. Required Spring Data
196. Other Spring Design Layout
197. Standard Drafting Practices
198. Section View of a Spring
199. Summary
200. Review Questions
201. Chapter 14 Problems
202. CAD Instructions
203. Ch 15: Cams
204. Cam Principle
205. Basic Types of Followers
206. Cam Mechanism
207. Cam Terms
208. Cam Motion
209. Laying out the Cam from the Displacement Diagram
210. Timing Diagram
211. Dimensioning a Cam
212. Summary
213. Review Questions
214. Chapter 15 Problems
215. CAD Instructions
216. Ch 16: Gears
217. Kinds of Gears
218. Gear Ratio
219. The Involute Curve
220. Pitch Diameter and Basic Terminology
221. Pitch Diameter (D)
222. Diametral Pitch (P)
223. Gear Blank
224. Pressure Angle, Base Circle, and Center-to-Center Distance
225. Rack
226. Gear Train
227. Required Tooth-Cutting Data
228. Measurements Required to Use a Gear Tooth Caliper
229. Bevel Gear
230. Worm and Worm Gear
231. Materials
232. Design and Layout of Gears
233. Summary
234. Review Questions
235. Chapter 16 Problems
236. CAD Instructions
237. Ch 17: Assembly and Detail Drawings for Design
238. Technical Drawings and the Engineering Department
239. The Engineering Department
240. Systems Company
241. Design Section
242. Working Drawings: Detail and Assembly
243. Title Block
244. Numbering System
245. Drawing Revisions: ECRs and ECOs
246. Application Engineering
247. Quotation Department
248. Mass Production Company
249. Design for Manufacturability (DFM)
250. DFM Guidelines
251. Design for Assembly (DFA)
252. DFA Guidelines
253. Personal Technical File
254. Invention Agreement
255. Patent Drawings
256. Summary
257. Review Questions
258. Chapter 17 Problems
259. CAD Instructions
260. Ch 18: Pictorial Drawings
261. Purpose of Pictorial Drawings
262. Oblique Drawings
263. Isometric Drawings
264. Axonometric: Drawing and Projection
265. Other Oblique Drawings
266. Perspective Drawings
267. Perspective View
268. Summary
269. Review Questions
270. Chapter 18 Problems
271. CAD Instructions
272. Section 4: Related Technologies, Applications, and Processes
273. Ch 19: Welding
274. Welding Processes
275. Basic Welding Symbol
276. Size of Weld
277. Length of Weld
278. Placement of Weld
279. Intermittent Welds
280. Process Reference
281. Contour Symbol
282. Field Welds
283. Welding Joints
284. Types of Welds
285. Multiple Reference Line
286. Spot Weld
287. Projection Weld
288. Seam Weld
289. Welding Template
290. Design of Weldments
291. Summary
292. Review Questions
293. Chapter 19 Problems
294. CAD Instructions
295. Ch 20: Modern Manufacturing: Materials, Processes, and Automation
296. Engineering Materials
297. Traditional Manufacturing Processes
298. Casting
299. Forging
300. Extruding
301. Stamping
302. Machining
303. Special Workholding Devices
304. Heat Treatment of Steels
305. Nontraditional Machining Processes
306. Automation and Integration (CAM and CIM/FMS)
307. Computer-Aided Manufacturing (CAM)
308. Industrial Robots
309. CIM/FMS
310. Just-in-Time Manufacturing (JIT)
311. Manufacturing Resource Planning (MRPII)
312. Statistical Process Control (SPC)
313. Summary
314. Review Questions
315. Ch 21: The Design Process and Advanced Concepts
316. Time
317. Learning the Design Process
318. The Design Process: Phases and Steps
319. Design Projects: Routine and Non-Routine
320. Modern Design Practices and Standards
321. Summary
322. Review Questions
323. Chapter 21 Problems
324. CAD Instructions
325. Appendix A: Tables
326. Glossary
327. Index

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