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Parametric and Feature-Based CAD/CAM: Concepts, Techniques, and Applications,9780471002147
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Parametric and Feature-Based CAD/CAM: Concepts, Techniques, and Applications


Author(s): Jami J. Shah (Arizona State Univ., Tempe); Martti Mä; ntylä; (Helsinki Univ. of Technology, Espoo, Finland)
ISBN10:  0471002143
ISBN13:  9780471002147
Format:  Hardcover
Pub. Date:  11/1/1995
Publisher(s): Wiley-Interscience

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SummaryTable of Contents
The book is the complete introduction and applications guide to this new technology. This book introduces the reader to features and gives an overview of geometric modeling techniques, discusses the conceptual development of features as modeling entities, illustrates the use of features for a variety of engineering design applications, and develops a set of broad functional requirements and addresses high level design issues.
PART I BACKGROUND 1(89)
Introduction
3(20)
Agile Manufacturing
3(1)
Product Models
4(2)
Product Models in Design
6(2)
Feature Models
8(1)
Features and Geometry
9(1)
Cognitive Foundations
10(1)
Features in Engineering
11(2)
Feature Description
13(1)
Brief History of Geometric Modeling
14(4)
CAD/CAM Systems
14(3)
Feature-Based Systems
17(1)
Outline of the Book
18(5)
Review Questions
19(1)
Bibliography
20(3)
Geometric Modeling
23(66)
Goals of Geometric Modeling
23(2)
Graphical Models
25(4)
Two-Dimensional Graphical Models
26(1)
Three-Dimensional Graphical Models
27(2)
Surface Models
29(22)
Parametric Curves
29(16)
Parametric Surfaces
45(6)
Solid Models
51(27)
Goals of Solid Modeling
51(2)
Decomposition Models
53(3)
Constructive Models
56(11)
Boundary Models
67(7)
Nonmanifold Models
74(4)
Parametric and Variational Models
78(11)
Concepts
79(1)
Parametric/Variational Techniques
80(5)
Review Questions
85(1)
Bibliography
86(3)
PART II FUNDAMENTALS 89(52)
Feature Concepts
91(31)
Motivation for Features
91(6)
Role of Geometry in Design and Manufacturing
92(1)
Deficiencies of Geometric Models
92(5)
Feature Modeling
97(2)
Definition of Feature
97(1)
Feature Attributes
98(1)
Types of Features
98(1)
Feature Properties
99(7)
Generic and Specific Properties
100(1)
Intrinsic Properties
101(1)
Extrinsic Properties
102(3)
Other Attributes
105(1)
Composite Features
106(2)
Feature Taxonomies
108(2)
Feature Validation
110(5)
Feature Mapping
115(2)
Features versus Geometry
117(5)
Review Questions
120(1)
Bibliography
121(1)
Feature Creation Techniques
122(19)
Overview
122(2)
Interactive Feature Creation
124(1)
Automatic Feature Recognition
125(7)
Machining Region Recognition
126(1)
Pre-defined Feature Recognition
127(5)
Design by Features
132(3)
Procedural Design by Features
133(1)
Declarative Design by Features
134(1)
Comparison of Feature Creation Techniques
135(1)
Unification of Feature Creation Techniques
136(5)
Review Questions
137(1)
Bibliography
138(3)
PART III APPLICATION OF FEATURES 141(116)
Features in Deisgn
143(44)
Feature-Based Part Creation
143(5)
Feature Identification
148(9)
Featurizing a Part
150(3)
Validation of Candidate Feature Sets
153(1)
Case Study: Automotive Body Panel
154(3)
Design by Features
157(4)
Part Creation by Features
157(1)
Variant Design with Part Families
158(3)
Tolerance Specification
161(12)
Review of Tolerance Specifications
163(1)
Integrating Features, Tolerances, and Geometry
164(9)
Design of Assemblies
173(14)
Assembly Modeling
175(3)
Assembly Features
178(3)
Review Questions
181(1)
Bibliography
181(6)
Features in Manufacturing
187(32)
Manufacturing Features
188(4)
Issues and Alternative Approaches
192(8)
Level of Abstraction
192(1)
Level of Specialization
193(3)
Dimensionality
196(1)
Completness of Feature Model
197(1)
Feature Relationships
197(2)
Temporal Ordering
199(1)
Product Families
199(1)
Generation of Manufacturing Features
200(4)
Interactive Feature Identification
201(1)
Design by Manufacturing Features
201(1)
Design to Manufacturing Feature Mapping
202(1)
Manufacturing Feature Recognition
202(2)
Group Technology Coding
204(3)
Feature-Based Process Planning
207(1)
Feature-Based Assembly Planning
208(5)
Feature-Based Inspection Planning
213(1)
Feature-Based Manufacturability Evaluation
213(3)
Other Manufacturing Applications
216(3)
Review Questions
217(1)
Bibliography
217(2)
Feature Mapping and Data Exchange
219(38)
Feature Mapping
219(12)
Mapping Classes
221(2)
Mapping Techniques
223(8)
Feature Data Exchange
231(3)
Introduction to STEP
232(2)
ISO10303-48: Form Features
234(14)
Form Feature Schema
235(5)
Representation Schema
240(5)
Final Remarks
245(2)
Case Study: STEP-Part 48 Representation
247(1)
ISO10303-224: Product Definition for Process Planning
248(9)
Review Questions
254(1)
Bibliography
254(3)
PART IV DESIGN AND IMPLEMENTATION 257(288)
Design-by-Features Techniques
259(57)
Architectural Framework
259(11)
Representation of Feature Definitions
261(2)
Support for User-Defined Features
263(3)
Types of Linkages with a Geometric Modeling System
266(4)
Procedural Techniques
270(5)
Definition by General-Purpose Programming Language
271(1)
Special-Purpose Feature Definition Languages
271(4)
Declarative Techniques
275(22)
Constraint Specification
275(5)
Constraint-Based Feature Definition
280(2)
Constraint Satisfaction
282(15)
Feature Refinement
297(2)
Feature Relations
299(4)
Handles in QTC
299(1)
Geometric Tress in Geonode
299(4)
Part and Product Family Modeling
303(3)
Cutting and Pasting Features
306(10)
Review Questions
311(1)
Bibliography
312(4)
Feature Recognition Techniques
316(60)
Architectural Framework
317(4)
Design
318(1)
Engineering Analysis
319(1)
Group Technology Coding
319(1)
Manufacturing
320(1)
Recognition from Boundary Models
321(16)
Graph Matching
321(7)
Syntactic Recognition
328(8)
Rule-Based Algorithms
336(1)
Procedural Feature Recognition
337(1)
Recognition by Volume Decomposition Algorithms
337(14)
Alternating Sum of Volumes Decomposition
338(1)
Delta Volume Decomposition
339(3)
Recognition of Multiple Feature Models
342(9)
Recognition from CSG Models
351(3)
Recognition from Two-Dimensional Drawings
354(4)
Comparison of Feature Recognition Techniques
358(1)
Hybrid Systems
359(5)
Hybrid Methods for Interacting Features
360(3)
Real-Time Feature Recognition
363(1)
Research Trends
364(12)
Neural Network Based Recognition
365(1)
Differential Depth Filter
365(2)
Incremental Recognition
367(3)
Review Questions
370(2)
Bibliography
372(4)
Implementation Tools
376(102)
Overview
376(1)
Techniques and Notation
377(12)
Frames and Object-Oriented Programming
378(2)
Instance Frames
380(1)
Class Frames
381(1)
Class Hierarchy
382(1)
Instance Creation and Inheritance
383(3)
Methods
386(3)
Feature Definition and Feature Taxonomy
389(9)
Abstract Features
389(2)
Basic Features
391(2)
Container Features
393(3)
Feature Instance Hierarchy
396(2)
Feature Geometry Tools
398(10)
Geometry Definition Frame
398(1)
Graph Representation of Geometry
399(5)
Auxiliary Definitions
404(1)
Rules
404(1)
Feature Attributes
404(1)
Feature Geometry Definition
405(1)
Evaluating Part Geometry
406(2)
Constraint Tools
408(13)
Sky Blue
408(1)
Architecture of ICONF
409(1)
Constraint Definition Language
410(2)
Constraints in Use
412(3)
Dynamic Constraint Creation
415(3)
Case Study
418(3)
Feature Recognition Tools
421(10)
Basic Concepts
421(1)
Feature Topology Classification
422(1)
Preprocessing
423(1)
Searching for a Base Feature
423(2)
Searching for Single and Container Features
425(1)
Interpreting Feature Combinations
425(2)
Instantiation of Feature Classes
427(1)
Incremental Operation
428(3)
Procedural Feature Recognition with C
431(9)
Preprocessing
431(2)
Interpreted Language
433(2)
Feature Recognition Functions
435(3)
Examples
438(2)
Procedural Design by Features
440(7)
Feature Definition
440(5)
Model Management
445(2)
Feature-Geometry Protocol
447(18)
High-Level Functions
447(1)
Communication Mode
448(1)
System Architecture
449(2)
ACIS Implementation
451(14)
User Interface Design
465(13)
Review Questions
472(3)
Bibliography
475(3)
Feature-Based Process Planning
478(67)
Architectural Framework
479(7)
Goals of Computer-Aided Process Planning
479(3)
Early Process Planning Systems
482(1)
Current-Generation Process Planning Systems
483(3)
Process Planning Features
486(12)
Process Planning Feature Issues
486(2)
Examples of Process Planning Features
488(10)
Process Models
498(15)
A Model for Machining Operations
498(2)
Mapping Features to Processes Based on ``Deep'' Knowledge
500(5)
Mapping Features to Processes Based on ``Shallow'' Knowledge
505(1)
Process Capabilities
505(2)
Process Constraints
507(3)
Process Economics
510(1)
Process Resources
510(1)
Process Plan Representation
511(2)
Operation Planning
513(8)
Operation Planning in SIPS
514(3)
Operation Planning in RoCost
517(4)
Setup Planning
521(7)
Setup Planning in HutCAPP
521(4)
Setup Planning in QTC
525(3)
Fixture Planning
528(9)
Fixture Principles
528(2)
Fixture Planning in PART
530(2)
Fixture Planning in MCOES
532(3)
Fixture Planning in RoCost
535(2)
NC Program Generation
537(8)
Review Questions
541(2)
Bibliography
543(2)
PART V BEYOND FEATURES 545(34)
Future CAD/CAM Technologies
547(32)
Objectives
547(3)
Design Process
548(2)
Tools for Preliminary Design
550(15)
Expert Systems
550(1)
Top-Down Design
551(6)
Function-Based Design
557(5)
Bond Graphs
562(3)
Collaborative Design Tools
565(6)
Systems Based on Design History
565(3)
Configuration Design
568(3)
Qualitative Reasoning Methods
571(1)
Epilogue
572(7)
Review Questions
573(1)
Bibliography
573(6)
APPENDIXES 579(30)
Appendix A Mathematical Elements
581(12)
A.1 Graph Concepts
581(1)
A.1.1 Definitions
581(1)
A.1.2 Representations
582(1)
A.1.3 Terms and Properties
583(3)
A.1.4 Graph Algorithms
586(1)
A.2 Set Algebra
587(1)
A.3 Geometric Transformations
588(1)
A.3.1 Homogeneous Coordinates
589(1)
A.3.2 Coordinate Transformations
589(1)
A.3.3 Combination of Transformations
590(1)
Review Questions
591(1)
Bibliography
591(2)
Appendix B Half-Edge Data Structure
593(7)
B.1 Entity Types
593(1)
B.2 Face Relationships
594(2)
B.3 Implementation Details
596(3)
Review Questions
599(1)
Bibliography
599(1)
Appendix C Listing of Procedural Interface Functions
600(9)
C.1 Create and Delete Functions
600(2)
C.2 Evaluation Functions
602(2)
C.3 Geometric Inquiry Functions
604(4)
Bibliography
608(1)
Index 609

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