PPT - Engineering Drawing - Civil Engineering (CE) PDF Download

 Page 1


Contents 
1. Scales 
2. Orthographic Projections - Basics 
3. Conversion of Pictorial View into Orthographic Views 
4. Projections of Points and Lines 
5. Projection of Planes 
6. Projection of Solids 
EXIT 
7. Sections & Development 
8. Intersection of Surfaces 
9. Isometric Projections 
 Exercises 
 Solutions – Applications of Lines 
Page 2


Contents 
1. Scales 
2. Orthographic Projections - Basics 
3. Conversion of Pictorial View into Orthographic Views 
4. Projections of Points and Lines 
5. Projection of Planes 
6. Projection of Solids 
EXIT 
7. Sections & Development 
8. Intersection of Surfaces 
9. Isometric Projections 
 Exercises 
 Solutions – Applications of Lines 
Scales 
1. Basic Information 
2. Types and important units 
3. Plain Scales (3 Problems) 
4. Diagonal Scales - information 
5. Diagonal Scales (3 Problems) 
Page 3


Contents 
1. Scales 
2. Orthographic Projections - Basics 
3. Conversion of Pictorial View into Orthographic Views 
4. Projections of Points and Lines 
5. Projection of Planes 
6. Projection of Solids 
EXIT 
7. Sections & Development 
8. Intersection of Surfaces 
9. Isometric Projections 
 Exercises 
 Solutions – Applications of Lines 
Scales 
1. Basic Information 
2. Types and important units 
3. Plain Scales (3 Problems) 
4. Diagonal Scales - information 
5. Diagonal Scales (3 Problems) 
Orthographic Projections - Basics 
1. Drawing – The fact about 
2. Drawings - Types 
3. Orthographic (Definitions and Important terms) 
4. Planes - Classifications 
5. Pattern of planes & views 
6. Methods of orthographic projections 
7. 1
st
 angle and 3
rd
 angle method – two illustrations 
Page 4


Contents 
1. Scales 
2. Orthographic Projections - Basics 
3. Conversion of Pictorial View into Orthographic Views 
4. Projections of Points and Lines 
5. Projection of Planes 
6. Projection of Solids 
EXIT 
7. Sections & Development 
8. Intersection of Surfaces 
9. Isometric Projections 
 Exercises 
 Solutions – Applications of Lines 
Scales 
1. Basic Information 
2. Types and important units 
3. Plain Scales (3 Problems) 
4. Diagonal Scales - information 
5. Diagonal Scales (3 Problems) 
Orthographic Projections - Basics 
1. Drawing – The fact about 
2. Drawings - Types 
3. Orthographic (Definitions and Important terms) 
4. Planes - Classifications 
5. Pattern of planes & views 
6. Methods of orthographic projections 
7. 1
st
 angle and 3
rd
 angle method – two illustrations 
Conversion of pictorial views in to orthographic views. 
1.  Explanation of various terms 
2.  1st angle method - illustration 
3.  3rd angle method – illustration  
4.  To recognize colored surfaces and to draw three Views 
5.  Seven illustrations (no.1 to 7) draw different orthographic views 
6.  Total nineteen illustrations ( no.8 to 26)  
Page 5


Contents 
1. Scales 
2. Orthographic Projections - Basics 
3. Conversion of Pictorial View into Orthographic Views 
4. Projections of Points and Lines 
5. Projection of Planes 
6. Projection of Solids 
EXIT 
7. Sections & Development 
8. Intersection of Surfaces 
9. Isometric Projections 
 Exercises 
 Solutions – Applications of Lines 
Scales 
1. Basic Information 
2. Types and important units 
3. Plain Scales (3 Problems) 
4. Diagonal Scales - information 
5. Diagonal Scales (3 Problems) 
Orthographic Projections - Basics 
1. Drawing – The fact about 
2. Drawings - Types 
3. Orthographic (Definitions and Important terms) 
4. Planes - Classifications 
5. Pattern of planes & views 
6. Methods of orthographic projections 
7. 1
st
 angle and 3
rd
 angle method – two illustrations 
Conversion of pictorial views in to orthographic views. 
1.  Explanation of various terms 
2.  1st angle method - illustration 
3.  3rd angle method – illustration  
4.  To recognize colored surfaces and to draw three Views 
5.  Seven illustrations (no.1 to 7) draw different orthographic views 
6.  Total nineteen illustrations ( no.8 to 26)  
Projection of Points and Lines 
1.  Projections – Information 
2. Notations 
3.  Quadrant Structure. 
5.  Projections of a Point – in 1st quadrant. 
6.  Lines – Objective & Types. 
7. Simple Cases of Lines. 
8. Lines inclined to one plane.  
9. Lines inclined to both planes. 
10.  Imp. Observations for solution  
11. Important Diagram & Tips. 
12. Group A problems 1 to 5 
13. Traces of Line ( HT & VT )  
14. To locate Traces. 
15. Group B problems: No. 6 to 8  
16. HT-VT additional information. 
17. Group B1 problems: No. 9 to 11 
18. Group B1 problems: No. 9 to 1 
4. Object in different Quadrants – Effect on position of views. 
19. Lines in profile plane 
20.  Group C problems: No.12 & 13 
21. Applications of Lines:: Information 
22. Group D: Application Problems: 14 to 23  
23.  Lines in Other Quadrants:( Four Problems)