Visualization and Engineering Design Graphics with Augmented Reality 3rd Edition by Jorge Doribo Camba, ISBN-13: 978-1630572693
[PDF eBook eTextbook]
- Publisher: SDC Publications; 3rd edition (August 11, 2019)
- Language: English
- 386 pages
- ISBN-10: 1630572691
- ISBN-13: 978-1630572693
This book is designed as a learning tool to help the aspiring engineer learn the language of engineering graphics. In this regard, this book is hardly unique, as there have been literally hundreds of books published in the past that had a similar goal. The main challenge faced by engineering graphics books comes from the difficulty of representing and describing three dimensional information on paper, which is a consequence of the two dimensional nature of printed materials.
What you’ll learn:
- How to create and dimension 2D multiview drawings using AutoCAD
- How to freehand sketch using axonometric, oblique and perspective projection techniques
- How to create 3D parametric models and 2D multiview drawings using Autodesk Inventor
- How to reuse design information between AutoCAD and Autodesk Inventor
- How to combine parts into assemblies including assembly modeling with a LEGO MINDSTORMS Education Base Set with TETRIX kit and a VEX Robot Kit
- How to perform basic finite element stress analysis using Inventor Stress Analysis Module
Who this book is for
This book is designed for high school and college age students wanting to learn the fundamentals of computer aided design with AutoCAD and Inventor and how the two can be used together. No prior CAD experience is required.
Table of Contents:
Installation
Using Visualization and EDG with AR
Troubleshooting
Copyright
Title Page
Table of Contents
Introduction
Chapter 1: Sketching and Lettering
Introduction
Sketching
Sketching Tools
Sketching Techniques
Lettering
Exercises
Chapter 2: Orthographic Projection
Introduction
Orthographic Projection
Projection Methods
Alphabet of Lines
View Selection
Conventional Practices
Foreshortening
Orthographic Projection Aids
Exercises
Chapter 3: Pictorials
Introduction
Projections
General Practices for Pictorial Drawings
Oblique Projections
Sketching Oblique Drawings
Axonometric Projections
Isometric Projection
Sketching Isometric Drawings
Dimetric Projection
Trimetric Projection
Perspective Projection
Sketching Perspective Drawings
Exercises
Chapter 4: Sectional Views
Introduction
Sectional Views
The Cutting Plane
Hatching
Types of Sectional Views
Full Sections
Offset Sections
Half Sections
Revolved and Removed Sections
Broken-Out Sections
General and Conventional Sectioning Practices
Unhatched Features
Conventional Rotations
Broken Views and Conventional Breaks
Exercises
Chapter 5: Auxiliary Views
Introduction
Auxiliary Views and Planes
General Practices For Auxiliary Views
Construction of Auxiliary Views
Exercises
Chapter 6: Dimensioning
Introduction
Dimension Terminology
General Dimensioning Rules
Dimensioning Styles
Dimension Spacing
Use of Leaders
Dimensions Outside Views
Dimensions Between Views
Omission of Dimension Features
Conventional Vs. Baseline Dimensions
Do Not Cross Dimension Lines
Do Not Over-Dimension
Use of Reference Dimensions
Do Not Dimension to Hidden Lines
Do Not Dimension To T-Joints
Dimensioning Angled Features
Dimensioning Circles
Dimensioning Holes and Cylinders
Dimensioning Objects with Rounded Ends
Repetitive Features
Chamfers, Fillets, and Rounds
General Notes
Finished Surfaces
Machined Holes
Exercises
Chapter 7: Tolerances
Introduction
Tolerances
Dimensional Tolerances
General Tolerances
Linear Tolerances
Types of Fits
Basic-Hole and Basic-Shaft Systems
Standard Fits
Geometric Tolerances
Tolerances of Form
Tolerances of Profile
Tolerances of Orientation
Tolerances of Location
Tolerances of Runout
Exercises
Chapter 8: Threaded Fasteners
Introduction
Fasteners
Threaded Fasteners
Basic Definitions
Thread Characteristics
Direction
Lead
Form
Series
Class of Fit
Thread Specification
Thread Symbols
Thread Notes
Head and Drive Types
Bolts and Screws
Nuts
Unthreaded Fasteners
Exercises
Chapter 9: Working Drawings
Introduction
Paper and Layout
Structure of a Set of Working Drawings
Assembly Drawings
Detail Drawings
Standard Part Notes
Exercises
Appendix
Tolerance Tables
Thread Tables
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