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Engineering drawing graphics
This document discusses engineering drawing and graphics. It covers topics such as the design process, projections, drawing conventions, dimensions, tolerances, assembly drawings, and 3D CAD solid modeling. The document provides information on orthographic projections, first and third angle projections, section views, dimensioning rules, fits and limits, and using CAD technology to represent, analyze, and visualize designs.
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Introduction to a course on Engineering Drawing and Graphics by S. Selva Prakash, Tarun Kumar, and K. Santosh.
Overview of the design process, roles, and types of design models.
Explanation of orthographic projections, including first angle, third angle projections and their symbols.
Guidelines on creating orthographic projection drawings using first and third angle projection methods.
Introduction to drawing conventions including lines, lettering, and terminology of standard components.
Discussion on sections in engineering drawings, covering various types of sections.Overview of dimensions, general rules, types, and conventions related to dimensions in drawings.
Details on dimension tolerances, general tolerances, and limits/ fits for shafts and holes including ISO standards.Significance of assembly drawings and a checklist for preparing engineering drawings.
Introduction to CAD technology, representing, analyzing, and visualizing designs using solid modeling.
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Engineering drawing graphics
- 1. Engineering Drawing &Graphics S.SELVAPRAKASH,AP/CIVIL/IARE TARUNKUMAR,AP/CIVIL/IARE K.SANTOSH,AP/CIVIL,IARE
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- 4. 1. THE DESIGNPROCESS & THE ROLE OF DESIGN MODEL • 1.1 The design Model
- 5. 1.1 The designModel
- 6. 1.2 The DesignModel
- 7. 1.3 Types ofDesign Model
- 8. 2.1 PROJECTIONS • 2.1.1Orthographic Projections
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- 12. 2.1.2 First AngleProjection
- 13. 2.1.2 First AngleProjection
- 14. 2.1.2 First AngleProjection
- 15. 2.1.3 Third AngleProjection
- 16. 2.1.3 Third AngleProjection
- 17. 2.1.3 Third AngleProjection
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- 22.
- 23. 2.2 CREATING ORTHOGRAPHIC PROJECTIONDRAWINGS 2.2.1 First Angle Projection
- 24. 2.2.1 First AngleProjection
- 25. 2.2.1 First AngleProjection
- 26. 2.2.1 First AngleProjection
- 27. 2.2.1 First AngleProjection
- 28. 2.2.2 Third AngleProjection
- 29. 2.2.2 Third AngleProjection
- 30. 2.3 DRAWING CONVENTIONS 2.3.1Introduction
- 31. 2.3.2 Lines Styles &Types
- 32.
- 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 OfThe Terms Frequently Used On Drawings
- 55. 2.3.5 Abbreviations OfThe Terms Frequently Used On Drawings
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- 66. 2.5.2 Types ofDimensions
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- 70.
- 71. 2.5.3.4 Chamfers, Countersinksand Counterbores
- 72. 2.5.3.4 Chamfers, Countersinksand Counterbores
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- 77. 2.6 TOLERENCES, LIMITS& FITS
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- 80.
- 81. 2.6.3 Limits &Fits for Shafts and Holes 2.6.3.1 Basic Size & Shaft / Hole Tolerancing Systems
- 82.
- 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 Guideto Types of ISO Limits & Fits
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- 97. 3. 3D CAD& SOLID MODELLING 3.1 CAD Technology
- 98.
- 99. 3.2 What YouCan Do With Solid Modelling • 3.2.1 Representing Your Design
- 100. 3.2.1 Representing YourDesign
- 101. 3.2.1 Representing YourDesign
- 102. 3.2.2 Analyzing YourDesign
- 103. 3.2.2 Analyzing YourDesign
- 104. 3.2.3 Visualize YourDesign