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Graphic Engineers with Autocad Rel 14 and 2000

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ISBN-10: 0130160075

ISBN-13: 9780130160072

Edition: 5th 2000

Authors: James H. Earle

List price: $82.00
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For Engineering Graphics/Technical Drawing courses. Graphics for Engineers is designed to help students expand their creative talents and communicate their ideas effectively. Its layout, format, and content have been classroom-tested to make it user friendly and excellent for both classroom use and independent study. Students who use this text will learn ANSI standards, techniques to prepare working drawings, the solution of 3D problems and spatial analysis through descriptive geometry, and the use of graphics as a medium of design.
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Book details

List price: $82.00
Edition: 5th
Copyright year: 2000
Publisher: Prentice Hall PTR
Publication date: 8/17/1999
Binding: Paperback
Pages: 701
Size: 8.25" wide x 9.75" long x 1.25" tall
Weight: 2.992
Language: English

Engineering and Technology
Engineering Graphics
Technological Milestones
The Technological and Design Team
Engineering Fields
Aerospace Engineering
Agricultural Engineering
Chemical Engineering
Civil Engineering
Electrical Engineering
Industrial Engineering
Mechanical Engineering
Mining and Metallurgical Engineering
Nuclear Engineering
Petroleum Engineering
Graphics/Drafting
The Design Process
Types of Design Problems
The Design Process
Problem Identification
Application of the Design Process
Problem Identification
Example: Ladder Attachment
The Identification Process
Design Worksheets
Example: Exercise Bench
Organization of Effort
Planning Design Activities
Preliminary Ideas
Individual Versus Team Methods
Plan of Action
Brainstorming
Sketching and Notes
Quickie Design
Background Information
Opinion Surveys
Preliminary Ideas: Exercise Bench
Refinement
Physical Properties
Application of Descriptive Geometry
Refinement Considerations
Refinement: Exercise Bench
Standard Parts
Design Analysis
Graphics and Analysis
Types of Analysis
Analysis: Exercise Bench
Decision
Types of Decisions
Decision: Exercise Bench
Types of Presentations
Organizing a Presentation
Visual Aids
Making a Presentation
Implementation
Working Drawings
Specifications
Assembly Drawings
Miscellaneous Considerations
Implementation: Exercise Bench
Patents
Patent Drawings
Patent Searches
Questions and Answers
Design Problems
The Individual Approach
The Team Approach
Selection of a Problem
Problem Specifications
Scheduling Team Activities
Short Design Problems
Systems Design Problems
Product Design Problems
Drawing Instruments
Drawing Media
Drawing Equipment
Lines
Measurement
Presentation of Drawings
Lettering
Lettering Tools
Guidelines
Gothic Lettering
Computer Lettering
Geometric Construction
Constructing Polygons
Bisecting Lines and Angles
Division of Lines
An Arc Through Three Points
Parallel Lines
Tangents
Conic Sections
Freehand Sketching
Shape Description
Sketching Techniques
Six-View Sketching
Three-View Sketching
Circular Features
Oblique Pictorial Sketching
Isometric Pictorial Sketching
Orthographic Drawing with Instruments
Orthographic Projection
Alphabet of Lines
Six-View Drawings
Three-View Drawings
Arrangement of Views
Selection of Views
Line Techniques
Point Numbering
Lines and Planes
Drawing with Triangles
Views by Subtraction
Three-View Drawing Layout
Views by Computer
Two-View Drawings
One-View Drawings
Simplified and Removed Views
Partial Views
Curve Plotting
Conventional Practices
Conventional Intersections
Fillets and Rounds
First-Angle Projection
Primary Auxiliary Views
Folding-Line Principles
Auxiliaries from the Top View
Auxiliaries from the Top: Application
The Rules of Auxiliary View Construction
Auxiliaries from the Front View
Auxiliaries from the Profile View
Curved Shapes
Partial Views
Auxiliary Sections
Secondary Auxiliary Views
Elliptical Features
Sections
The Basics of Sectioning
Sectioning Symbols
Sectioning Assemblies of Parts
Full Sections
Partial Views
Half-Sections
Offset Sections
Broken-Out Sections
Revolved Sections
Removed Sections
Conventional Revolutions
Conventional Breaks
Phantom (Ghost) Sections
Auxiliary Sections
Screws, Fasteners, and Springs
Thread Terminology
English System Specifications
English Thread Notes
Metric Thread Notes
Drawing Threads
Detailed Symbols
Schematic Symbols
Simplified Symbols
Nuts and Bolts
Drawing Square Heads
Drawing Hexagon Heads
Types of Screws
Other Threaded Fasteners
Tapping a Hole
Washers, Lock Washers, and Pins
Pipe Threads and Fittings
Keys
Rivets
Springs
Drawing Springs
Materials and Processes
Commonly Used Metals
Properties of Metals
Forming Metal Shapes
Machining Operations
Surface Finishing
Plastics and Other Materials
Dimensioning
Terminology
Units of Measurement
English/Metric Conversions
Dual Dimensioning
Metric Units
Numerals and Symbols
Dimensioning by Computer
Dimensioning Rules
Curved and Symmetrical Parts
Finished Surfaces
Location Dimensions
Outline Dimensioning
Machined Holes
Chamfers
Keyseats
Knurling
Necks and Undercuts
Tapers
Tolerances
Tolerance Dimensions
Mating Parts
Tolerancing Terms: English Units
Basic Hole System
Basic Shaft System
Cylindrical Fits
Tolerancing: Metric Units
Chain Versus Datum Dimensions
Tolerance Notes
General Tolerances: Metric Units
Geometric Tolerances
Rules of Tolerancing
Cylindrical Datum Features
Location Tolerancing
Form Tolerancing
Profile Tolerancing
Orientation Tolerancing
Runout Tolerancing
Surface Texture
Welding
Welding Processes
Weld Joints and Welds
Welding Symbols
Application of Symbols
Surface Contouring
Brazing
Soldering
Working Drawings
Working Drawings as Legal Documents
Dimensions and Units
Laying Out a Detail Drawing
Notes and Other Information
Checking a Drawing
Drafter's Log
Assembly Drawings
Freehand Working Drawings
Working Drawings for Forged Parts and Castings
Reproduction of Drawings
Computer Drawing Types
Types of Reproduction
Assembling Drawing Sets
Transmittal of Drawings
Three-Dimensional Pictorials
Oblique Drawings
Isometric Pictorials
Isometric Drawings
Technical Illustration
Isometrics by Computer
Axonometric Projection
Three-Dimensional Modeling
The Human Figure
Descriptive Geometry
Projection of Points
Lines
Visibility
Planes
Geometry by Computer
True-Length Lines
Sloping Lines
Bearings and Azimuths of Lines
Edge Views of Planes
Planes and Lines
Sloping Planes
Point View of a Line
Dihedral Angles
True Size of a Plane
Shortest Distance from a Point to a Line: Line Method
Shortest Distance Between Skewed Lines: Line Method
Angular Distance to a Line
Angle Between a Line and a Plane: Plane Method
Intersections and Developments
Intersections of Lines and Planes
Intersections Between Prisms
Intersections Between Planes and Cylinders
Intersections Between Cylinders and Prisms
Intersections Between Cylinders
Intersections Between Planes and Cones
Intersections Between Cones and Prisms
Intersections Between Prisms and Pyramids
Principles of Developments
Development of Rectangular Prisms
Development of Oblique Prisms
Development of Cylinders
Development of Oblique Cylinders
Development of Pyramids
Development of Cones
Development of Transition Pieces
Civil Engineering Applications
Plot Plans
Contour Maps and Profiles
Plan-Profiles
Ore-Vein Applications
Vector Graphics
Coplanar, Concurrent Forces
Noncoplanar, Concurrent Forces
Forces in Equilibrium
Coplanar Truss Analysis
Noncoplanar Vector Analysis
Resultant of Parallel, Nonconcurrent Forces
Graphs
Pie Graphs
Bar Graphs
Linear Coordinate Graphs
Semilogarithmic Coordinate Graphs
AutoCAD Computer Graphics
Computer Graphics Overview
Computer Hardware
AutoCAD 2000 and Release 14
Introduction to Windows
Format of Presentation
Using Dialogue Boxes
Drawing Aids
General Assistance Commands
Drawing Layers
Toolbars
Creating a New Drawing
Drawing Scale
Saving and Exiting
Plotting Parameters
Readying the Plotter
Two-Dimensional Lines (Draw Toolbar)
Circles (Draw Toolbar)
Arcs (Draw Toolbar)
Polygon (Draw Toolbar)
Ellipse (Draw Toolbar)
Fillet (Modify Toolbar)
Chamfer (Modify Toolbar)
Trim (Modify Toolbar)
Extend (Modify Toolbar)
Trace (Command Line)
Zoom and Pan (Standard Toolbar)
Selecting Objects
Erase and Break (Modify Toolbar)
Move and Copy (Modify Toolbar)
Undo (Standard Toolbar)
Change (Modify Toolbar)
Grips (Tools Menu)
Polyline (Draw Toolbar)
Pedit (Draw Toolbar)
Spline (Draw Toolbar)
Hatching (Draw Toolbar)
Text and Numerals
Text Style (Format Menu)
Multiline (Mtext): Draw Toolbar
Mirror (Modify Toolbar)
Osnap (Object Snap Toolbar)
Array (Modify Toolbar)
Donut (Draw Menu)
Scale (Modify Toolbar)
Stretch (Modify Toolbar)
Rotate (Modify Toolbar)
Setvar (Command Line)
Divide (Draw Menu)
Measure (Draw Menu)
Offset (Modify Toolbar)
Blocks (Draw Toolbar)
Transparent Commands (Command Line)
View (Command Line)
Inquiry Commands (Tools)
Dimensioning
Dimension Style (Dimstyle) Variables
Linear (Dimension Toolbar)
Angular (Dimension Toolbar)
Diameter (Dimension Toolbar)
Radius (Dimension Toolbar)
Dimension Style (Dimension Toolbar)
Saving Dimension Styles
Dimension Style Override (Dimension Toolbar)
Editing Dimensions
Toleranced Dimensions
Geometric Tolerances (Dimension Toolbar)
A Custom Title Block
Digitizing with the Tablet
Sketch (Miscellaneous Toolbar)
Oblique Pictorials
Isometric Pictorials
Three-Dimensional Modeling
Paper Space and Model Space: An Overview
Paper Space Versus Model Space
Fundamentals of 3D Drawing
Elementary Extrusions
Coordinate Systems
Setting Views of Objects
Application of Extrusions
Dynamic View (Dview)
Basic 3D Shapes (Surfaces)
Surface Modeling
Line, Pline, and 3Dpoly
The 3Dface Command
XYZ Filters
Solid Modeling: Introduction
Extrusion Example: Tilemode=0
Solid Primitives
Modifying Solids
Section
Slice
A Solid Model Example
Views of a Solid
Mass Properties (Massprop)
Paper Space and Model Space: Tilemode=0
Dimensioning in 3D
The Render Process
Lights
Working with Scenes
Materials
Appendix
Index