The CAD Guidebook

Name: The CAD Guidebook | A Basic Manual for Understanding and Improving Computer-Aided Design
Brand: CRC Press
Price: 242.99 EUR
Availability: OnlineOnly

A Basic Manual for Understanding and Improving Computer-Aided Design

Stephen J. Schoonmaker(Autor*in)

CRC Press

Erschienen am 5. November 2002

344 Seiten

E-Book

PDF mit Adobe-DRM

Systemvoraussetzungen

978-0-203-91103-7 (ISBN)

242,99 €inkl. 7% MwSt.

Systemvoraussetzungen

für PDF mit Adobe-DRM

E-Book Einzellizenz

Als Download verfügbar

Beschreibung

Weitere Details

Weitere Ausgaben

Person

Inhalt

Intro
Title Page
Copyright Page
Mechanical Engineering
Preface
Chapter 1: Introduction
1.1 Scope and Intended Audience
1.2 Application
1.3 Organization
1.4 Author's Background
1.5 CAD Images
Chapter 2: Computer Hardware Basics
2.1 Introduction
2.2 The System
2.3 CPU
2.4 Memory
2.4.1 Virtual Memory
2.4.2 Memory Addresses
2.4.3 Memory Map
2.4.4 Memory Configurations
2.5 Storage
2.5.1 Files
2.5.2 Disk Drive Functioning
2.5.3 Backups
2.5.4 Formatting
2.5.5 Disk Cache
2.6 Networking
2.6.1 Local Area Network (Lan)
2.6.2 Wide Area Network (Wan)
2.6.3 The Internet
2.6.4 Network Functioning
2.6.5 Network Performance
2.6.6 Network Addressing
2.6.7 Peer-to-Peer Architecture
2.6.8 Network File System
2.7 Peripherals
2.7.1 Monitors
2.7.2 Graphics Adapters
2.7.3 Hardcopy
2.7.4 Pointing Devices
2.7.5 Keyboard
2.7.6 Modems
2.7.7 Backup Devices
2.8 Ergonomics and Disabilities
2.9 Chapter Exercises
2.10 Chapter Review
Chapter 3: Computer Software Basics
3.1 Introduction
3.2 The Operating System
3.2.1 Memory Management
3.2.2 User Management
3.2.3 Command Interface
3.2.4 Network Management
3.2.5 Device Management
3.2.6 Queue Management
3.2.7 File Management
3.2.7.1 Directories or Folders
3.2.8 File Format
3.2.8.1 Ascii Files
3.2.8.2 Binary Files
3.2.8.3 Compressed Files
3.2.9 Unix
3.2.10 Microsoft Windows
3.3 The Gui
3.4 The Application Program
3.5 The Web
3.6 Data Acquisition Software
3.7 Chapter Exercises
3.8 Chapter Review
Chapter 4: Drawings and 2-D Design
4.1 Introduction
4.2 Background
4.3 Typical Mechanical Drawing
4.3.1 Format
4.3.2 Title Block
4.3.3 Proprietary Information Statement
4.3.4 Zone Indicators
4.3.5 Revision Block
4.3.6 Bill of Material or Parts List
4.3.7 Views
4.3.8 Notes
4.3.9 Item Callouts
4.4 Standard Drawing Sizes
4.5 Title Block Details
4.5.1 Title
4.5.2 Company Name
4.5.3 Drawing Number
4.5.4 Revision
4.5.5 Predominant Scale
4.5.6 Weight
4.5.7 Sheet
4.5.8 Size
4.5.9 Cage Code
4.5.10 Drawer, Checker, Approver
4.5.11 Additional Approvals
4.6 The Revision Block
4.7 Types of Mechanical Drawings
4.7.1 Engineering Sketches
4.7.2 Layouts
4.7.3 Details
4.7.4 Assembly or Installation Drawings
4.7.5 General Arrangements
4.7.6 Schematics
4.7.7 Word Drawings
4.8 Drawing Standards
4.9 Views
4.9.1 Standardization of Views (Third Angle Vs. First Angle)
4.9.2 "True" Views
4.9.3 Auxiliary Views
4.9.4 Section Views
4.9.5 Detail Views
4.9.6 Isometric View
4.9.7 View Scale
4.10 "Object" Lines
4.11 Dimensions
4.11.1 Dimension Values and Scale
4.11.2 Dimension Values and Decimal Places
4.11.3 Arc and Angular Dimensions
4.11.4 Gd&T
4.12 Notes
4.13 Balloons
4.14 Centerlines
4.15 Crosshatching
4.16 Design Methodologies Using Drawings
4.16.1 Specifications
4.16.2 Layouts and Assembly
4.16.3 Detailed Design and Drafting
4.16.4 Drawing Package
4.17 Conclusion
4.18 Chapter Exercises
4.19 Chapter Review
Chapter 5: Two-Dimensional CAD
5.1 Introduction
5.2 Background
5.3 "Smart Paper"
5.4 Paper Space and Model Space
5.4.1 Paper Space
5.4.2 Model Space
5.5 Dimensions
5.6 Views and Viewports
5.6.1 Viewport Clipping
5.6.2 Viewing Angles
5.6.3 View Origins
5.6.4 Viewport Calculations
5.7 Layers
5.8 Vector Graphics
5.9 Geometric Entities
5.9.1 Snapping
5.9.2 Geometric Relationship Recognition and Utilization
5.9.3 Odometer
5.9.4 Points
5.9.5 Lines
5.9.6 Circular Entities
5.9.7 Ellipses
5.9.8 Splines
5.10 Special Techniques for 2-D CAD
5.10.1 Groupings
5.10.2 Projections
5.10.3 User-Defined Options
5.10.4 Hiding and Showing
5.10.5 Selecting Techniques
5.10.6 Undo and Redo
5.10.7 Related Geometry Creation
5.11 Enabling 2-D Design Methodologies
5.12 Two-Dimensional CAE Benefits
5.13 CAD Data Files
5.13.1 File Types and Names
5.13.2 File Format
5.13.3 File Size
5.14 Chapter Exercises
5.15 Chapter Review
Chapter 6: Managing Two-Dimensional CAD
6.1 Introduction
6.2 Plotting
6.2.1 The Plotting Process
6.2.2 Plotter Setup
6.2.3 Drawing Print Release
6.2.4 "On-Line" Imaging Systems
6.2.5 Batch Plotting
6.3 File or Data Management
6.3.1 Drawing Metadata
6.3.2 Database-Driven CAD Management
6.3.3 File-Driven CAD Management
6.3.4 Multisheet Files
6.4 Drawing Translations
6.4.1 Errors in Translation
6.4.2 Vector Vs. Raster Data
6.5 Text Fonts
6.6 CAD System Customization/ Automation
6.6.1 Defaults
6.6.2 Templates
6.6.3 User Interface Alterations
6.6.4 Macro Programs
6.6.5 API Programming
6.6.6 Utilizing "Metadata"
6.7 System Administration Issues
6.7.1 File System Organization
6.7.2 Backup/Restore
6.7.3 Licensing
6.7.4 CAD System Upgrades
6.8 Chapter Exercises
6.9 Chapter Review
Chapter 7: Three-Dimensional CAD
7.1 Introduction
7.2 Terminology
7.2.1 Model Terminology
7.2.2 Geometric Terminology
7.2.3 Graphics Terminology
7.3 Dispelling Common Misconceptions
7.3.1 "You Can't do 3-D Without 2-D First"
7.3.2 "Solid Models are Really Just Special Surface Models"
7.3.3 "You are a Historian, Not a Sculptor"
7.4 Chapter Exercises
7.5 Chapter Review
Chapter 8: Part Modeling
8.1 Introduction
8.2 The Three Basic Steps
8.3 Creating New Features
8.3.1 Sketch Plane Based on a Face
8.3.2 Sketch Plane Based on a Datum Plane
8.3.3 Sketch Plane Based on a Coordinate System
8.3.4 Sketching for the Added Feature
8.3.5 Making the New 3-D Feature
8.3.6 Surface Issues for New Features
8.3.6.1 "Stitching" for New Features
8.3.6.2 Joining Versus Adding
8.3.7 Summary: Creating New Features
8.4 Sketch Constraints
8.4.1 What is Constraining?
8.4.2 Dimensional Constraints
8.4.3 Geometric Constraints
8.4.4 Degrees of Freedom
8.4.5 "Inheriting" Constraints
8.4.6 Types of Constraints
8.4.7 Sketch Regeneration or Updating
8.4.8 Overconstraining
8.4.9 Underconstraining
8.4.10 "Multiple Solutions"
8.4.11 Inconsistent Constraints
8.4.12 Parametrics
8.5 Section Properties and Behavior
8.6 The Boolean Operations
8.7 Creating Standardized Features
8.8 3-D Geometric Properties for Part Models
8.9 Part Modeling Summary
8.10 Chapter Exercises
8.11 Chapter Review
Chapter 9: Surface Modeling
9.1 Introduction
9.2 Surfaces
9.2.1 Common Characteristics
9.2.2 Nurbs
9.2.3 Trimming
9.2.4 Surface Qualities
9.3 Surface Modeling Operations
9.3.1 Open Part Modeling
9.3.2 Lofting
9.3.3 Sweeping
9.3.4 Surface by Edges or Points
9.4 Stitching and Basic Part Tolerance
9.5 Abstractions
9.6 Part History Issues
9.7 Chapter Exercises
9.8 Chapter Review
Chapter 10: Assembly Modeling
10.1 Introduction
10.2 Characteristics of an Assembly Model
10.2.1 Assembly Structure
10.2.2 Assembly Positional Information
10.2.3 Instancing
10.3 Assembly Constraints
10.4 Assembly Model Calculations
10.5 Advanced Assembly Model Capabilities
10.5.1 Animations
10.5.2 Part-to-Part Associativity
10.5.3 Bill of Material Creation
10.6 Chapter Exercises
10.7 Chapter Review
Chapter 11: Managing Three-Dimensional CAD
11.1 Introduction
11.2 Database Management (The "Admin" Perspective)
11.2.1 Files Management Versus Metadata
11.2.2 Parent/Child Relationships
11.2.3 "Where Used" Functionality
11.2.4 Database Integrity
11.2.5 Version Management
11.2.6 User Management
11.3 Data Management (The User Perspective)
11.3.1 Ownership and Revision Control
11.3.2 Assembly Revision Control
11.3.3 Part Numbering and Revision Levels
11.3.4 Product Data Management
11.4 File Organization
11.5 Integration
11.5.1 CAD to CAE Integration
11.5.2 CAD to CAM Integration
11.6 Translations
11.7 Printing
11.8 Model Documentation
11.9 Chapter Exercises
11.10 Chapter Review
Glossary
Bibliography

Systemvoraussetzungen

Als PDF speichern Als Link merken