Engineering and Technical Drawing Using Solid Edge Version 11

Engineering & Transportation

Craig, Jerry

Engineering

Schroff Development Corp.

This book focuses on strengthening 3D visualization skills through sketching exercises. It does not make reference to any particular computer-aided design software package. 
Points emphasized: 1. Shape representation and problem solving using freehand sketching. Assignments can be completed outside class. 2. Surface Analysis -- A powerful approach to teaching visualization. 3. Establishes a process for solving problems. Students can solve features of objects before they can see; the shapes. 4. Challenging problems. Worksheet layouts allow faster progress. 5. Students learn how to think about shapes in three dimensions. 6. Students can prove every line on a drawing. There is no question whether the answer is correct or not. 
Table of Contents 1. Introduction 2. Freehand Lettering 3. Freehand Sketching 4. Orthographic Projection 5. Normal Surfaces 6. Inclined Surfaces 7. Oblique Surfaces 8. Cylindrical Surfaces 9. Auxiliary Views 10. Sectional Views 11. Threads and Fasteners 12. Dimensions 13. Tolerances Appendices: Drafting Geometry &amp; Cad Layout Drawings

Engineering Graphics Text and Workbook (Series 1.2)

Computers & Technology

Computer Science

SDC Publications

Instructional guide to using Solid Edge V14 for Engineering and Technical Drawing

Engineering and Technical Drawing Using Solid Edge: Version 14

Schroff Development Corporation

Engineering & Technical Drawing Using Solid Edge, Version 15

Programming Languages

Table of Contents
 1. Introduction 2. 2D Drawing 3. Geometry 4. Normal Surfaces 5. Inclined Surfaces 6. Oblique Surfaces 7. Curved Surfaces 8. Thin Surfaces 9. Assembly Drawings 10. Detail Drawings 11. Sheet Metal Appendix A - Parametric Design Appendix B - Mechanisms Appendix C - Bent Tubing Design Appendix D - 2D to 3D Index

Engineering and Technical Drawing Using Solid Edge 18

Programming

Engineering Graphics Technical Sketching is a compact textbook that provides a thorough introduction to the graphic language. Freehand sketching exercises are formatted on special grids. This book uses logical and powerful analyzation techniques to develop visualization skills. 
Table of Contents A. Introduction B. Lettering C. Freehand Sketching D. Orthographic Projection E. Normal Surfaces F. Inclined Surfaces G. Oblique Surfaces H. Cylindrical Surfaces I. Auxiliary Views J. Sectional Views K. Fasteners L. Dimensioning M. Tolerancing

Engineering Graphics Technical Sketching (Series 5)

This book focuses on strengthening 3D visualization skills through sketching exercises. It does not make reference to any particular computer-aided design software package. 
Points emphasized: 1. Shape representation and problem solving using freehand sketching. Assignments can be completed outside class. 2. Surface Analysis -- A powerful approach to teaching visualization. 3. Establishes a process for solving problems. Students can solve features of objects before they can see the shapes. 4. Challenging problems. Worksheet layouts allow faster progress. 5. Students learn how to think about shapes in three dimensions. 6. Students can prove every line on a drawing. There is no question whether the answer is correct or not. 
Table of Contents 1. Introduction 2. Freehand Lettering 3. Freehand Sketching 4. Orthographic Projection 5. Normal Surfaces 6. Inclined Surfaces 7. Oblique Surfaces 8. Cylindrical Surfaces 9. Auxiliary Views 10. Sectional Views 11. Threads and Fasteners 12. Dimensions 13. Tolerances Appendices: Drafting Geometry &amp; Cad Layout Drawings

Engineering Graphics Text and Workbook (Series 2)

Craig, Orval

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Books by Craig, Jerry