Computer Based Design and ManufacturingAs industry adopts a consumer focus in its product development strategy, it offers broader product ranges, shorter model lifetimes, and the ability to process orders in arbitrary lot sizes. This offers the ability to conduct early product design and development trade-off analysis among these competing objectives. The use of information technologies and networking capabilities is essential in the dissemination of product knowledge in order to integrate the decision-making process among heterogeneous and distributed partners / units. "Computer-based Design and Manufacturing" offers insights into the methods and techniques that enable implementing a consumer-focused product design philosophy by integrating capabilities for intelligent information support and group decision-making utilizing a common enterprise network model and knowledge interface through shared technologies. The book will be a collection of the latest methods and state-of-the-art technologies in intelligent product and customer focused design. This book will offer: - Discussion of applied methods developed in field of the product design - Latest research results - Discussion on the need and solutions for new engineering paradigm and philosophy required for product design - Coverage of advances in information systems and technology in support of CFPD - Discussion of how to use web-based design environments |
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... selective laser sintering ( SLS ) , direct shell production casting ( DSPC ) , and fused deposition modeling ( FDM ) . Chapter 12 Collaborative Engineering . The chapter provides the concept of collaborative engineering . The framework ...
... Selective Laser Sintering ( SLS ) 293 11.4.4.1 . SLS Process Preparation 294 11.4.5.2 . DSPC Process 11.4.4.2 . SLS Process 11.4.4.3 . Advantages and Disadvantages of SLS 11.4.4.3.1 . Advantages of SLS 11.4.4.3.2 . Disadvantages of SLS ...
... Selective laser sintering process 295 Figure 11-6 . Direct shell production casting process 298 Figure 11-7 . Fused deposition modeling process 300 Figure 12-1 . Design scenario 308 Figure 12-2 . Collaborative team composition 309 ...
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Contents
3 | |
Product Life Cycle Cost Model | 31 |
ComputerBased Design and Features | 61 |
Methodologies of Feature Representations | 71 |
Feature Extraction Techniques | 101 |
Initial Graphics Exchange Specifications IGES | 125 |
Intelligent Feature Recognition Methodology | 131 |
Feature Interaction Methodology 181 | 180 |
Mapping the Extracted Manufacturing Features | 203 |
Intelligent Feature Recognition Methodology IFRM | 215 |
Rapid Prototyping 281 | 279 |
Collaborative Engineering | 303 |
References 323 | 322 |
Index | 339 |