Engineering drawing & graphics
- 1. Engineering Drawing & Graphics
- 2. Contents
- 3. Contents
- 4. 1. THE DESIGN PROCESS & THE ROLE OF DESIGN MODEL • 1.1 The design Model
- 5. 1.1 The design Model
- 6. 1.2 The Design Model
- 7. 1.3 Types of Design Model
- 8. 2.1 PROJECTIONS • 2.1.1 Orthographic Projections
- 12. 2.1.2 First Angle Projection
- 13. 2.1.2 First Angle Projection
- 14. 2.1.2 First Angle Projection
- 15. 2.1.3 Third Angle Projection
- 16. 2.1.3 Third Angle Projection
- 17. 2.1.3 Third Angle Projection
- 18. 2.1.4 Orthographic Projection Symbols
- 19. 2.1.4 Orthographic Projection Symbols
- 23. 2.2 CREATING ORTHOGRAPHIC PROJECTION DRAWINGS 2.2.1 First Angle Projection
- 24. 2.2.1 First Angle Projection
- 25. 2.2.1 First Angle Projection
- 26. 2.2.1 First Angle Projection
- 27. 2.2.1 First Angle Projection
- 28. 2.2.2 Third Angle Projection
- 29. 2.2.2 Third Angle Projection
- 30. 2.3 DRAWING CONVENTIONS 2.3.1 Introduction
- 31. 2.3.2 Lines Styles & Types
- 32. 2.3.3 Lettering
- 33. 2.3.4 Terminology & Representation of standard components • General
- 34. 2.3.4 Terminology & Representation of standard components •General
- 35. 2.3.4 Terminology & Representation of standard components •General
- 36. 2.3.4 Terminology & Representation of standard components •General
- 37. 2.3.4 Terminology & Representation of standard components •General
- 38. 2.3.4 Terminology & Representation of standard components
- 39. 2.3.4 Terminology & Representation of standard components • Fasteners
- 40. 2.3.4 Terminology & Representation of standard components • Circlip :
- 41. 2.3.4 Terminology & Representation of standard components • Pins :
- 42. 2.3.4 Terminology & Representation of standard components
- 43. 2.3.4 Terminology & Representation of standard components • Holes :
- 44. 2.3.4 Terminology & Representation of standard components • Screw Threads :
- 45. 2.3.4 Terminology & Representation of standard components • Springs :
- 46. 2.3.4 Terminology & Representation of standard components • Knurling :
- 47. 2.3.4 Terminology & Representation of standard components • Bearings :
- 48. 2.3.4 Terminology & Representation of standard components • Long components :
- 49. 2.3.4 Terminology & Representation of standard components • Gears :
- 50. 2.3.4 Terminology & Representation of standard components • Gears :
- 51. 2.3.4 Terminology & Representation of standard components • Shaft Ends :
- 52. 2.3.4 Terminology & Representation of standard components • Shaft Ends :
- 53. 2.3.4 Terminology & Representation of standard components • Belt Drives :
- 54. 2.3.5 Abbreviations Of The Terms Frequently Used On Drawings
- 55. 2.3.5 Abbreviations Of The Terms Frequently Used On Drawings
- 56. 2.4 SECTIONS
- 57. 2.4 SECTIONS
- 58. 2.4 SECTIONS
- 59. 2.4 SECTIONS
- 60. 2.4 SECTIONS
- 61. 2.4 SECTIONS
- 62. 2.4 SECTIONS
- 63. 2.4 SECTIONS
- 64. 2.5 DIMENSIONS
- 66. 2.5.2 Types of Dimensions
- 67. 2.5.3 Dimensioning Conventions 2.5.3.1 General
- 68. 2.5.3.1 General
- 69. 2.5.3.2 Radii
- 70. 2.5.3.3 Circles
- 71. 2.5.3.4 Chamfers, Countersinks and Counterbores
- 72. 2.5.3.4 Chamfers, Countersinks and Counterbores
- 76. Surface Finish
- 77. 2.6 TOLERENCES, LIMITS & FITS
- 81. 2.6.3 Limits & Fits for Shafts and Holes 2.6.3.1 Basic Size & Shaft / Hole Tolerancing Systems
- 82. 2.6.3.2 Fit
- 83. 2.6.3.3 ISO Limits & Fits
- 86. 2.6.3.4 ISO limits & Fits, determining working limits
- 87. 2.6.3.4 ISO limits & Fits, determining working limits
- 88. 2.6.3.4 ISO limits & Fits, determining working limits
- 89. 2.6.3.4 ISO limits & Fits, determining working limits
- 90. 2.6.3.4 ISO limits & Fits, determining working limits
- 91. 2.6.3.4 ISO limits & Fits, determining working limits
- 92. 2.6.4 Tabulated Guide to Types of ISO Limits & Fits
- 97. 3. 3D CAD & SOLID MODELLING 3.1 CAD Technology
- 99. 3.2 What You Can Do With Solid Modelling • 3.2.1 Representing Your Design
- 100. 3.2.1 Representing Your Design
- 101. 3.2.1 Representing Your Design
- 102. 3.2.2 Analyzing Your Design
- 103. 3.2.2 Analyzing Your Design
- 104. 3.2.3 Visualize Your Design