Descriptive Geometry
9th Edition
Published on 20. September 1996
Book
Hardback
455 pages
978-0-02-391341-9 (ISBN)
Description
For one or two term courses in Descriptive Geometry in Engineering Drawing Departments.
The most widely-used descriptive geometry text - featuring a simplified organization that introduces principles in relatively short units in order of need and of difficulty. A wide variety of engineering applications, step-by-step solution illustrations, and abstract, laboratory, practical, and computer problems/projects (with solutions) highlight each chapter.
The most widely-used descriptive geometry text - featuring a simplified organization that introduces principles in relatively short units in order of need and of difficulty. A wide variety of engineering applications, step-by-step solution illustrations, and abstract, laboratory, practical, and computer problems/projects (with solutions) highlight each chapter.
More details
Edition
9th edition
Language
English
Place of publication
Berkeley
United States
Publishing group
Pearson Education (US)
Target group
Professional and scholarly
Dimensions
Height: 183 mm
Width: 241 mm
Thickness: 22 mm
Weight
748 gr
ISBN-13
978-0-02-391341-9 (9780023913419)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Other editions
Previous edition
Eugene G. Pare | Robert O. Loving | Ivan L. Hill
Descriptive Geometry
Book
01/1991
8th Edition
Macmillan USA
€52.13
Article exhausted; check for reprint
Content
1. Orthographic Projection.
2. Primary Auxiliary Views.
3. Lines.
4. Planes.
5. Successive Auxiliary Views.
6. Piercing Points.
7. Intersection of Planes.
8. Angle Between Planes.
9. Parallelism.
10. Perpendicularity.
11. Angle Between Line and Oblique Plane.
12. Mining and Civil Engineering Problems.
13. Revolution.
14. Vectors.
15. Plane Tangencies.
16. Intersections of Planes with Solids.
17. Developments.
18. Intersections of Surfaces.
19. Shades and Shadows.
20. Perspective Projection.
21. Conics.
22. Map Projection.
23. Spherical Triangles.
24. Review.
25. Computer Graphics Projects.
Appendix A: Graphical Accuracy.
Appendix B: Geometric Constructions.
Appendix C: Classification of Geometric Forms.
Appendix D: Solutions of Self-Testing Problems.
Index.
2. Primary Auxiliary Views.
3. Lines.
4. Planes.
5. Successive Auxiliary Views.
6. Piercing Points.
7. Intersection of Planes.
8. Angle Between Planes.
9. Parallelism.
10. Perpendicularity.
11. Angle Between Line and Oblique Plane.
12. Mining and Civil Engineering Problems.
13. Revolution.
14. Vectors.
15. Plane Tangencies.
16. Intersections of Planes with Solids.
17. Developments.
18. Intersections of Surfaces.
19. Shades and Shadows.
20. Perspective Projection.
21. Conics.
22. Map Projection.
23. Spherical Triangles.
24. Review.
25. Computer Graphics Projects.
Appendix A: Graphical Accuracy.
Appendix B: Geometric Constructions.
Appendix C: Classification of Geometric Forms.
Appendix D: Solutions of Self-Testing Problems.
Index.