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El. knyga: Rapid Prototyping Technology: Selection and Application

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  • Formatas: 248 pages
  • Išleidimo metai: 09-Jan-2001
  • Leidėjas: CRC Press Inc
  • Kalba: eng
  • ISBN-13: 9781135554064
Kitos knygos pagal šią temą:
Rapid Prototyping Technology: Selection and ApplicationDidesnis paveikslėlis
  • Formatas: 248 pages
  • Išleidimo metai: 09-Jan-2001
  • Leidėjas: CRC Press Inc
  • Kalba: eng
  • ISBN-13: 9781135554064
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Rapid prototyping refers to the layer-by-layer fabrication of three-dimensional physical models directly from a computer aided design. Cooper, who works for NASA, reviews the basic operation of the rapid prototyping machines available, along with typical uses and the pros and cons of each. Concept modelers, functional modelers, secondary rapid prototyping applications, and international rapid prototyping systems are covered, including laser engineered net shaping, three-dimensional printing, fused deposition modeling, laminated object manufacturing, stereolithography, and selective laser sintering. Two case studies compare model performance in wind tunnel testing and investment casting. Annotation c. Book News, Inc., Portland, OR (booknews.com)

"Reviews operation principles and methods for most Solid Freeform technologies and historical systems data. Illustrates the uses and mechanical details for a number of systems, including JP-System 5, Ballistic Particle Manufacturing, Fused Deposition Modeling, Laminated Object Manufacturing, Stereolithography, and Selective Laser Sintering, and more."

Recenzijos

". . .a superbly written reference text. . ..suitable for students, managers and professional engineers. " ---Assembly Automation

Preface iii
What Is Rapid Prototyping?
1(11)
Rapid Prototyping Defined
1(1)
Origins of Rapid Prototyping
2(1)
The Design Process
3(1)
The Rapid Prototyping Cycle
4(2)
Where the Technology Is Today
6(2)
A Sample Application of Rapid Prototyping
8(1)
Rapid Prototyping Processes
9(1)
Key Terms
10(2)
UNIT I CONCEPT MODELERS 12(55)
The JP-System 5
13(13)
JP-5 Hardware
14(1)
JP-5 Operation/Build Technique
15(8)
Finishing a Part
23(1)
Typical Uses of the JP-5 Process
24(1)
Materials Properties
25(1)
Key Terms
25(1)
Ballistic Particle Manufacturing
26(7)
System Hardware
26(1)
Ballistic Particle Manufacturing Operation
27(2)
Ballistic Particle Manufacturing Build Technique
29(1)
Finishing of Ballistic Particle Manufacturing Parts
29(1)
Typical Uses of Ballistic Particle Manufacturing Parts
30(2)
Advantages and Disadvantages
32(1)
Key Terms
32(1)
The Model Maker Series
33(11)
Model Maker System Hardware
33(4)
Model Maker Operation
37(5)
Advantages and Disadvantages of the Model Maker
42(1)
Key Terms
43(1)
Multi Jet Modeling
44(6)
System Hardware
44(1)
Multi Jet Modeling Process Operation
45(2)
Typical Uses of Multi Jet Modeling
47(1)
Advantages and Disadvantages of Multi Jet Modeling
48(1)
Key Terms
48(2)
3D Printing (Z402 System)
50(14)
Z402 System Hardware
50(2)
Z402 Operation
52(3)
Build Technique
55(4)
Postprocessing
59(3)
Typical Uses of Z402 Parts
62(1)
Advantages and Disadvantages of the Z402
62(1)
Key Terms
62(2)
The Genisys Desktop Modeler
64(3)
History of the System
65(1)
System Operation
65(1)
Typical Uses of Genisys Parts
66(1)
Advantages and Disadvantages of Genisys
66(1)
UNIT II FUNCTIONAL MODELERS 67(86)
Fused Deposition Modeling
68(21)
Fused Deposition Modeling System Hardware
68(5)
Fused Deposition Modeling Operation
73(12)
Typical Uses of Fused Deposition Modeling Parts
85(1)
Fused Deposition Modeling Materials Properties
86(1)
Advantages and Disadvantages
87(1)
Key Terms
87(2)
Laminated Object Manufacturing
89(21)
System Hardware
89(2)
Laminated Object Manufacturing Operation
91(5)
Laminated Object Manufacturing Build Technique
96(6)
Finishing a Laminated Object Manufacturing Part
102(3)
Typical Uses of Laminated Object Manufacturing
105(2)
Advantages and Disadvantages
107(1)
Laminated Object Manufacturing Materials Properties
107(1)
Key Terms
108(2)
Stereolithography
110(8)
The Stereolithography Apparatus
110(3)
Stereolithography Apparatus Operation
113(1)
Relation to Other Rapid Prototyping Technologies
114(1)
Applications of Stereolithography Parts
115(1)
Advantages and Disadvantages
116(1)
Key Terms
116(2)
Selective Laser Sintering
118(14)
History of Selective Laser Sintering
118(1)
Selective Laser Sintering Technology
118(2)
Purpose of Selective Laser Sintering
120(1)
Current State of Selective Laser Sintering
121(8)
Impact of the Technology
129(1)
Interrelation with Other Technologies
130(1)
Future of the Selective Laser Sintering Technology
130(1)
System Update
131(1)
Key Terms
131(1)
Laser Engineered Net Shaping
132(6)
Build Materials
132(1)
Build Process
132(3)
System Statistics
135(1)
Postprocessing
135(1)
Materials Properties
136(1)
Typical Uses
136(1)
Advantages and Disadvantages
137(1)
Pro Metal System
138(10)
Pro Metal System Hardware
138(2)
Pro Metal Operation
140(1)
Build Technique
141(1)
Postprocessing
142(1)
Typical Uses of Pro Metal
143(3)
Materials Properties
146(1)
Advantages and Disadvantages of Pro Metal
146(1)
Key Terms
146(2)
Other Functional Rapid Prototyping Processes
148(5)
Precision Optical Manufacturing
148(1)
Laser Additive Manufacturing Process
149(1)
Topographic Shell Fabrication
150(1)
Direct Shell Production
151(2)
UNIT III SECONDARY RAPID PROTOTYPING APPLICATIONS 153(45)
Casting Processes
154(6)
Investment Casting
154(3)
Sand Casting
157(1)
Permanent-mold Casting
158(2)
Rapid Tooling
160(6)
Direct Rapid Prototyping Tooling
160(1)
Silicone Rubber Tooling
161(1)
Investment-cast Tooling
162(1)
Powder Metallurgy Tooling
162(1)
Spray Metal Tooling
163(2)
Desktop Machining
165(1)
Reverse Engineering Using Rapid Prototyping
166(3)
Process
166(1)
Other Reverse Engineering Applications
167(2)
Case Study: Wind-tunnel Testing with Rapid Prototyped Models
169(15)
Abstract
169(1)
Introduction
170(2)
Geometry
172(1)
Model Construction
172(3)
Facility
175(2)
Test
177(1)
Results
178(1)
Baseline Models
178(1)
Replacement Parts
179(1)
Cost and Time
179(1)
Accuracy and Uncertainty
179(2)
Conclusions
181(2)
Bibliography
183(1)
Case Study: Rapid Prototyping Applied to Investment Casting
184(14)
Introduction
184(1)
Background/Approach
184(1)
Test Results
185(8)
Cost Comparisons
193(1)
Conclusions
193(2)
Key Terms
195(2)
References
197(1)
UNIT IV INTERNATIONAL RAPID PROTOTYPING SYSTEMS 198(14)
RP Systems in Israel
199(4)
Solid Ground Curing
199(1)
The Object Quadra
200(3)
Rapid Prototyping Systems in Japan
203(3)
Stereolithography
203(1)
Laminated Object Manufacturing
203(1)
Other Rapid Prototyping Systems
203(3)
Rapid Prototyping Systems in Europe
206(3)
Germany
206(1)
Sweden
207(1)
Belgium
208(1)
Rapid Prototyping Systems in China
209(3)
Stereolithography
209(1)
Laminated Object Manufacturing
210(1)
Fused Deposition Modeling
210(1)
Selective Laser Sintering
210(1)
Multifunctional Rapid Prototyping Manufacturing System
210(2)
APPENDICES 212(11)
Appendix A Rapid Prototyping System Cross Reference Chart
213(2)
Appendix B Direction of the Rapid Prototyping Industry
215(5)
B.1 Design Technologies
216(1)
B.2 Materials and Fabrication Technologies
216(2)
B.3 Integration Technologies
218(1)
B.4 Summary
219(1)
Appendix C Recommended Rapid Prototyping Publications
220(3)
Index 223
Cooper, Kenneth
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