EBOOK - Fundamentals of Geometric Dimensioning and Tolerancing - Full Edition (Alex Krulikowski)
28 thg 11, 2025 | 15:00

EBOOK - Fundamentals of Geometric Dimensioning and Tolerancing - Full Edition (Alex Krulikowski)





EBOOK - Các nguyên tắc cơ bản về kích thước hình học và dung sai - Tác giả: Alex Krulikowski


FUNDAMENTALS OF GEOMETRIC DIMENSIONING AND TOLERANCING 3E is a unique book that meets the needs of readers studying industrial technology, CAD, engineering technology, or manufacturing technology. This book clearly organizes geometric dimensioning and tolerancing fundamentals into small, logical units for step-by-step understanding. Measurable performance objectives help readers assess their progress. Discussion questions promote interaction and higher-order thinking, and practice problems ensure thorough understanding of the concepts presented. FUNDAMENTALS OF GEOMETRIC DIMENSIONING AND TOLERANCING 3E defines and fully encompasses the revised ANSI/ASME Y14.5M-2009 to keep readers current on these important industry standards. This book is cited by top industry professionals as meeting the highest GD&T "standards"!



CONTENTS:



  1. Title
  2. Statement
  3. Copyright
  4. Dedication
  5. Table of Contents
  6. Acknowledgments
  7. Special Note to the Student
  8. Note to the Instructor
  9. Text Conventions
  10. Icon and Graphic Conventions
  11. Ch 1: Drawing Standards
  12. Goal
  13. Performance Objectives
  14. New Terms
  15. What This Chapter Is About
  16. Terms and Concepts
  17. Dimensioning and Tolerancing Standards
  18. Summary
  19. Questions and Problems
  20. Ch 2: Dimensions, Tolerances, and Notes Used on Drawings
  21. Goal
  22. Performance Objectives
  23. New Terms
  24. What This Chapter Is About
  25. Terms and Concepts
  26. Summary
  27. Questions and Problems
  28. Ch 3: Coordinate Tolerancing and Geometric Dimensioning and Tolerancing (GD&T)
  29. Goal
  30. Performance Objectives
  31. New Terms
  32. What This Chapter Is About
  33. Terms and Concepts
  34. Summary
  35. Questions and Problems
  36. Ch 4: General Dimensioning Symbols
  37. Goal
  38. Performance Objectives
  39. New Terms (or Symbols)
  40. What This Chapter Is About
  41. Terms and Concepts
  42. Summary
  43. Questions and Problems
  44. Ch 5: Key GD&T Terms
  45. Goal
  46. Performance Objectives
  47. New Terms
  48. What This Chapter Is About
  49. Terms and Concepts
  50. Summary
  51. Questions and Problems
  52. Ch 6: Symbols and Modifiers
  53. Goal
  54. Performance Objectives
  55. New Terms
  56. What This Chapter Is About
  57. Terms and Concepts
  58. Summary
  59. Questions and Problems
  60. Ch 7: GD&T Rules
  61. Goal
  62. Performance Objectives
  63. New Terms
  64. What This Chapter Is About
  65. Terms, Rules, and Concepts
  66. Verification Principles and Methods
  67. Summary
  68. Questions and Problems
  69. Ch 8: GD&T Concepts
  70. Goal
  71. Performance Objectives
  72. New Terms
  73. What This Chapter Is About
  74. Terms and Concepts
  75. Verification Principles and Methods
  76. Summary
  77. Questions and Problems
  78. Ch 9: Flatness Tolerance
  79. Goal
  80. Performance Objectives
  81. New Terms
  82. What This Chapter Is About
  83. Terms and Concepts
  84. Flatness Applications
  85. Verification Principles and Methods
  86. Summary
  87. Questions and Problems
  88. Ch 10: Straightness Tolerance
  89. Goal
  90. Performance Objectives
  91. New Terms
  92. What This Chapter Is About
  93. Terms and Concepts
  94. Straightness Applications
  95. Verification Principles and Methods
  96. Summary
  97. Questions and Problems
  98. Ch 11: Circularity Tolerance
  99. Goal
  100. Performance Objectives
  101. New Terms
  102. What This Chapter Is About
  103. Terms and Concepts
  104. Circularity Applications
  105. Verification Methods and Principles
  106. Summary
  107. Questions and Problems
  108. Ch 12: Cylindricity Tolerance
  109. Goal
  110. Performance Objectives
  111. New Terms
  112. What This Chapter Is About
  113. Terms and Concepts
  114. Cylindricity Applications
  115. Verification Principles and Methods
  116. Summary
  117. Questions and Problems
  118. Ch 13: The Datum System
  119. Goal
  120. Performance Objectives
  121. New Terms
  122. What This Chapter Is About
  123. Terms and Concepts
  124. Datum Applications
  125. Summary
  126. Questions and Problems
  127. Ch 14: Datum Targets
  128. Goal
  129. Performance Objectives
  130. New Terms
  131. What This Chapter Is About
  132. Terms and Concepts
  133. Datum Target Applications
  134. Summary
  135. Questions and Problems
  136. Ch 15: Size Datum Features – RMB
  137. Goal
  138. Performance Objectives
  139. New Terms
  140. What This Chapter Is About
  141. Terms and Concepts
  142. Feature of Size Datum Feature Applications
  143. Summary
  144. Questions and Problems
  145. Ch 16: Size Datum Features – MMB
  146. Goal
  147. Performance Objectives
  148. New Terms
  149. What This Chapter Is About
  150. Terms and Concepts
  151. Datum Feature Reference MMB Applications
  152. Summary
  153. Quetions and Problems
  154. Ch 17: Perpendicularity Tolerance
  155. Goal
  156. Performance Objectives
  157. New Terms
  158. What This Chapter Is About
  159. Terms and Concepts
  160. Perpendicularity Applications
  161. Verfication Principles and Methods
  162. Summary
  163. Questions and Problems
  164. Ch 18: Parallelism Tolerance
  165. Goal
  166. Performance Objectives
  167. New Terms
  168. What This Chapter Is About
  169. Terms and Concepts
  170. Parallelism Applications
  171. Verification Methods and Principles
  172. Summary
  173. Questions and Problems
  174. Ch 19: Angularity Tolerance
  175. Goal
  176. Performance Objectives
  177. New Terms
  178. What This Chapter Is About
  179. Terms and Concepts
  180. Angularity Applications
  181. Verification Principles and Methods
  182. Summary
  183. Questions and Problems
  184. Ch 20: Position Tolerance - Introduction
  185. Goal
  186. Performance Objectives
  187. New Terms
  188. What This Chapter Is About
  189. Terms and Concepts
  190. Summary
  191. Questions and Problems
  192. Ch 21: Position Tolerance - RFS and MMC
  193. Goal
  194. Performance Objectives
  195. New Term
  196. What This Chapter Is About
  197. Terms and Concepts
  198. Position Tolerance Applications
  199. Verification Principles and Methods
  200. Summary
  201. Questions and Problems
  202. Ch 22: Position Tolerance -Special Applications
  203. Goal
  204. Performance Objectives
  205. New Terms
  206. What This Chapter Is About
  207. Terms and Concepts, Applications, and Verification Principles
  208. Summary
  209. Questions and Problems
  210. Ch 23: Position Tolerance Calculations
  211. Goal
  212. Performance Objectives
  213. New Terms
  214. What This Chapter Is About
  215. Terms and Concepts
  216. Fixed and Floating Fastener Applications
  217. Summary
  218. Questions and Problems
  219. Ch 24: Circular and Total Runout Tolerances
  220. Goal
  221. Performance Objectives
  222. New Terms
  223. What This Chapter Is About
  224. Terms and Concepts
  225. Runout Applications
  226. Verification Principles and Methods
  227. Summary
  228. Questions and Problems
  229. Ch 25: Concentricity and Symmetry Tolerances
  230. Goal
  231. Performance Objectives
  232. New Terms
  233. What This Chapter Is About
  234. Terms and Concepts
  235. Concentricity and Symmetry Tolerance Applications
  236. Verification Principles and Methods
  237. Summary
  238. Questions and Problems
  239. Ch 26: Profile Tolerance - Basic Concepts
  240. Goal
  241. Performance Objectives
  242. New Terms
  243. What This Chapter Is About
  244. Terms and Concepts
  245. Summary
  246. Questions and Problems
  247. Ch 27: Profile Tolerance Applications
  248. Goal
  249. Performance Objectives
  250. New Terms
  251. What This Chapter Is About
  252. Terms, Concepts, Applications, and Verification Principles
  253. Summary
  254. Questions and Problems
  255. Appendices
  256. Appendix A - The History of GD&T
  257. Appendix B - The Significant Seven Questions
  258. Appendix C - Standard Terms and Part Geometry
  259. Appendix D - Feature Control Frame Proportion Chart
  260. Appendix E - ASME/ISO Comparison Charts
  261. Appendix F - Boundary Interpretation
  262. Appendix G - Bibliography
  263. Appendix H - Glossary
  264. Index










EBOOK - Các nguyên tắc cơ bản về kích thước hình học và dung sai - Tác giả: Alex Krulikowski


FUNDAMENTALS OF GEOMETRIC DIMENSIONING AND TOLERANCING 3E is a unique book that meets the needs of readers studying industrial technology, CAD, engineering technology, or manufacturing technology. This book clearly organizes geometric dimensioning and tolerancing fundamentals into small, logical units for step-by-step understanding. Measurable performance objectives help readers assess their progress. Discussion questions promote interaction and higher-order thinking, and practice problems ensure thorough understanding of the concepts presented. FUNDAMENTALS OF GEOMETRIC DIMENSIONING AND TOLERANCING 3E defines and fully encompasses the revised ANSI/ASME Y14.5M-2009 to keep readers current on these important industry standards. This book is cited by top industry professionals as meeting the highest GD&T "standards"!



CONTENTS:



  1. Title
  2. Statement
  3. Copyright
  4. Dedication
  5. Table of Contents
  6. Acknowledgments
  7. Special Note to the Student
  8. Note to the Instructor
  9. Text Conventions
  10. Icon and Graphic Conventions
  11. Ch 1: Drawing Standards
  12. Goal
  13. Performance Objectives
  14. New Terms
  15. What This Chapter Is About
  16. Terms and Concepts
  17. Dimensioning and Tolerancing Standards
  18. Summary
  19. Questions and Problems
  20. Ch 2: Dimensions, Tolerances, and Notes Used on Drawings
  21. Goal
  22. Performance Objectives
  23. New Terms
  24. What This Chapter Is About
  25. Terms and Concepts
  26. Summary
  27. Questions and Problems
  28. Ch 3: Coordinate Tolerancing and Geometric Dimensioning and Tolerancing (GD&T)
  29. Goal
  30. Performance Objectives
  31. New Terms
  32. What This Chapter Is About
  33. Terms and Concepts
  34. Summary
  35. Questions and Problems
  36. Ch 4: General Dimensioning Symbols
  37. Goal
  38. Performance Objectives
  39. New Terms (or Symbols)
  40. What This Chapter Is About
  41. Terms and Concepts
  42. Summary
  43. Questions and Problems
  44. Ch 5: Key GD&T Terms
  45. Goal
  46. Performance Objectives
  47. New Terms
  48. What This Chapter Is About
  49. Terms and Concepts
  50. Summary
  51. Questions and Problems
  52. Ch 6: Symbols and Modifiers
  53. Goal
  54. Performance Objectives
  55. New Terms
  56. What This Chapter Is About
  57. Terms and Concepts
  58. Summary
  59. Questions and Problems
  60. Ch 7: GD&T Rules
  61. Goal
  62. Performance Objectives
  63. New Terms
  64. What This Chapter Is About
  65. Terms, Rules, and Concepts
  66. Verification Principles and Methods
  67. Summary
  68. Questions and Problems
  69. Ch 8: GD&T Concepts
  70. Goal
  71. Performance Objectives
  72. New Terms
  73. What This Chapter Is About
  74. Terms and Concepts
  75. Verification Principles and Methods
  76. Summary
  77. Questions and Problems
  78. Ch 9: Flatness Tolerance
  79. Goal
  80. Performance Objectives
  81. New Terms
  82. What This Chapter Is About
  83. Terms and Concepts
  84. Flatness Applications
  85. Verification Principles and Methods
  86. Summary
  87. Questions and Problems
  88. Ch 10: Straightness Tolerance
  89. Goal
  90. Performance Objectives
  91. New Terms
  92. What This Chapter Is About
  93. Terms and Concepts
  94. Straightness Applications
  95. Verification Principles and Methods
  96. Summary
  97. Questions and Problems
  98. Ch 11: Circularity Tolerance
  99. Goal
  100. Performance Objectives
  101. New Terms
  102. What This Chapter Is About
  103. Terms and Concepts
  104. Circularity Applications
  105. Verification Methods and Principles
  106. Summary
  107. Questions and Problems
  108. Ch 12: Cylindricity Tolerance
  109. Goal
  110. Performance Objectives
  111. New Terms
  112. What This Chapter Is About
  113. Terms and Concepts
  114. Cylindricity Applications
  115. Verification Principles and Methods
  116. Summary
  117. Questions and Problems
  118. Ch 13: The Datum System
  119. Goal
  120. Performance Objectives
  121. New Terms
  122. What This Chapter Is About
  123. Terms and Concepts
  124. Datum Applications
  125. Summary
  126. Questions and Problems
  127. Ch 14: Datum Targets
  128. Goal
  129. Performance Objectives
  130. New Terms
  131. What This Chapter Is About
  132. Terms and Concepts
  133. Datum Target Applications
  134. Summary
  135. Questions and Problems
  136. Ch 15: Size Datum Features – RMB
  137. Goal
  138. Performance Objectives
  139. New Terms
  140. What This Chapter Is About
  141. Terms and Concepts
  142. Feature of Size Datum Feature Applications
  143. Summary
  144. Questions and Problems
  145. Ch 16: Size Datum Features – MMB
  146. Goal
  147. Performance Objectives
  148. New Terms
  149. What This Chapter Is About
  150. Terms and Concepts
  151. Datum Feature Reference MMB Applications
  152. Summary
  153. Quetions and Problems
  154. Ch 17: Perpendicularity Tolerance
  155. Goal
  156. Performance Objectives
  157. New Terms
  158. What This Chapter Is About
  159. Terms and Concepts
  160. Perpendicularity Applications
  161. Verfication Principles and Methods
  162. Summary
  163. Questions and Problems
  164. Ch 18: Parallelism Tolerance
  165. Goal
  166. Performance Objectives
  167. New Terms
  168. What This Chapter Is About
  169. Terms and Concepts
  170. Parallelism Applications
  171. Verification Methods and Principles
  172. Summary
  173. Questions and Problems
  174. Ch 19: Angularity Tolerance
  175. Goal
  176. Performance Objectives
  177. New Terms
  178. What This Chapter Is About
  179. Terms and Concepts
  180. Angularity Applications
  181. Verification Principles and Methods
  182. Summary
  183. Questions and Problems
  184. Ch 20: Position Tolerance - Introduction
  185. Goal
  186. Performance Objectives
  187. New Terms
  188. What This Chapter Is About
  189. Terms and Concepts
  190. Summary
  191. Questions and Problems
  192. Ch 21: Position Tolerance - RFS and MMC
  193. Goal
  194. Performance Objectives
  195. New Term
  196. What This Chapter Is About
  197. Terms and Concepts
  198. Position Tolerance Applications
  199. Verification Principles and Methods
  200. Summary
  201. Questions and Problems
  202. Ch 22: Position Tolerance -Special Applications
  203. Goal
  204. Performance Objectives
  205. New Terms
  206. What This Chapter Is About
  207. Terms and Concepts, Applications, and Verification Principles
  208. Summary
  209. Questions and Problems
  210. Ch 23: Position Tolerance Calculations
  211. Goal
  212. Performance Objectives
  213. New Terms
  214. What This Chapter Is About
  215. Terms and Concepts
  216. Fixed and Floating Fastener Applications
  217. Summary
  218. Questions and Problems
  219. Ch 24: Circular and Total Runout Tolerances
  220. Goal
  221. Performance Objectives
  222. New Terms
  223. What This Chapter Is About
  224. Terms and Concepts
  225. Runout Applications
  226. Verification Principles and Methods
  227. Summary
  228. Questions and Problems
  229. Ch 25: Concentricity and Symmetry Tolerances
  230. Goal
  231. Performance Objectives
  232. New Terms
  233. What This Chapter Is About
  234. Terms and Concepts
  235. Concentricity and Symmetry Tolerance Applications
  236. Verification Principles and Methods
  237. Summary
  238. Questions and Problems
  239. Ch 26: Profile Tolerance - Basic Concepts
  240. Goal
  241. Performance Objectives
  242. New Terms
  243. What This Chapter Is About
  244. Terms and Concepts
  245. Summary
  246. Questions and Problems
  247. Ch 27: Profile Tolerance Applications
  248. Goal
  249. Performance Objectives
  250. New Terms
  251. What This Chapter Is About
  252. Terms, Concepts, Applications, and Verification Principles
  253. Summary
  254. Questions and Problems
  255. Appendices
  256. Appendix A - The History of GD&T
  257. Appendix B - The Significant Seven Questions
  258. Appendix C - Standard Terms and Part Geometry
  259. Appendix D - Feature Control Frame Proportion Chart
  260. Appendix E - ASME/ISO Comparison Charts
  261. Appendix F - Boundary Interpretation
  262. Appendix G - Bibliography
  263. Appendix H - Glossary
  264. Index






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