Engineering Design and Graphics with Autodesk Inventor 6

James D. Bethune

510 pages, parution le 01/07/2003

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Résumé

For courses in Autodesk Inventor.

Going beyond the available Inventor manuals and references, this text first teaches Inventor step-by-step using many sample and exercise problems—and then shows how to apply it to design problems. Animation of assemblies is included.

Features

Step-by-step format.
Enables students to work directly from the text to the screen.
Many exercise problems.
Allows instructors to vary assignments.
8-chapter Inventor tutorial—Teaches students the fundamentals of Inventor and shows them how to create models and assemblies. Starts with two-dimensional shapes and concludes with sheet metal models and assemblies, including animation.
Ensures that students have a solid foundation in Inventor procedures and techniques before tackling actual applications.
Dimensions and tolerances—Includes geometric tolerances, and uses ANSI standards, but also covers IO standards.
Familiarizes students with the standards used in professional practice.
How to create designs using bearings, gears, cams, and tolerance—Presented using only algebra, and supported with many examples and sample problems. Shows how to use the Web to select standard parts.
Introduces students to the fundamental design concepts of bearings, gears, cams, and associated tolerances. Each topic is first presented individually using the classic mathematical (algebra only) and physic approach. Students are then introduced to manufacturer's data using either catalogs or the Web. The approach is that students will not design gears or bearings, but will select them from a manufacturer's listing to satisfy their design requirements. Students will be able to analyze a design problem, determine the load and speed requirements, then select appropriate bearings and gears. They will then be able to design the support structure for the gears and bearings, using correct tolerances and fasteners.
Design management tools—e.g., concept sketches, decision matrix, evaluation matrix, linear responsibility chart, Gantt charts.
Gives students an overall view of how to organize projects effectively.
Nine design projects—Projects require students to build a prototype, demonstrate the prototype's performance capabilities, and create a set of drawings using Inventor to document the design. (Fun projects all classroom tested).
Gives students hands-on opportunities to apply the material covered, to actual designs.

1. Getting Started.
2. Two Dimensional Drawing.
3. Three Dimensional Models.
4. Orthographic Views.
5. Assemblies.
6. Threads and Fasteners.
7. Sheet Metal Drawings.
8. Dimensions.
9. Tolerances.
10. Bearings and Shafts.
11. Gears.
12. Cams, Springs and Keys.
13. Sheet Metal and Weldments.
14. The Design Process.
15. Design Projects.
Appendix.

Caractéristiques techniques

	PAPIER
Éditeur(s)	Pearson
Auteur(s)	James D. Bethune
Parution	01/07/2003
Nb. de pages	510
Format	21 x 27,5
Couverture	Broché
Poids	1065g
Intérieur	Noir et Blanc
EAN13	9780130456991
ISBN13	978-0-13-045699-1