Research Catalog

Title

Fundamentals of digital manufacturing science / Zude Zhou, Shane (Shengquan) Xie, Dejun Chen.

Author

Zhou, Zude, 1946-

Publication

London : Springer, ©2012.

Items in the Library & Off-site

Details

Additional Authors

• Xie, Shane.
• Chen, Dejun.

Description

xiii, 366 pages : illustrations; 24 cm.

Summary

Uses theorems, illustrations and tables to introduce the definition, theory architecture, main content, and key technologies of digital manufacturing science. Designed to allow readers to integrate the theories and technologies described with heir own research works, and to propose new ideas and new methods to improve the theory and application of digital manufacturing science.

Series Statement

Springer series in advanced manufacturing, 1860-5168

Uniform Title

Springer series in advanced manufacturing

Subject

• Manufacturing processes
• Computer-aided engineering
• manufacturing
• computer-aided engineering
• CAM
• Bionik
• Industrieroboter
• Digitaltechnik
• MEMS

Bibliography (note)

• Includes bibliographical references and index.

Contents

• 1. Introduction -- 2. Theory System of Digital Manufacturing Science -- 3. Computing Manufacturing in Digital Manufacturing Science -- 4. Manufacturing Informatics in Digital Manufacturing Science -- 5. Intelligent Manufacturing in Digital Manufacturing Science -- 6. Science of Bionic Manufacturing in Digital Manufacturing Science -- 7. Management of Technology in Digital Manufacturing Science -- 8. Key Technology of Digital Manufacturing Science -- 9. Future Development of Digital Manufacturing Science.
• 1. Introduction -- 1.1. Development Course of Manufacturing and Manufacturing Science -- 1.1.1. Manufacturing as Craftand Technique -- 1.1.2. Manufacturing Becoming a Science -- 1.2. Concepts and Research and Development Status of Digital Manufacturing -- 1.2.1. Definition of Digital Manufacturing -- 1.2.2. Features and Development of Digital Manufacturing -- 1.3. Connotation and Research Method of Digital Manufacturing Science -- 1.3.1. Basic Concept and Connotation of Digital Manufacturing Science -- 1.3.2. Research Method of Digital Manufacturing Science -- 1.4. Summary -- 2. Theory System of Digital Manufacturing Science -- 2.1. Operation Mode and Architecture of Digital Manufacturing System -- 2.1.1. Operation Reference Mode of Digital Manufacturing System -- 2.1.2. Architecture of Digital Manufacturing System -- 2.2. Modeling Theory and Method of Digital Manufacturing Science -- 2.2.1. Modeling Theory of Digital Manufacturing Science -- 2.2.2. Critical Modeling Theories and Technologies in Digital Manufacturing Science -- 2.3. Theory System of Digital Manufacturing Science -- 2.3.1. Basic Architecture Model of Digital Manufacturing System -- 2.3.2. Theory System of Digital Manufacturing Science -- 2.4. Summary -- 3. Computing Manufacturing in Digital Manufacturing Science -- 3.1. Computing Manufacturing Methodology -- 3.1.1. C-Space and Screw Space -- 3.1.2. Virtual Prototyping -- 3.1.3. Reverse Engineering -- 3.2. Manufacturing Computational Model -- 3.2.1. Discrete Model of Manufacturing Computing -- 3.2.2. Information Model of Manufacturing Computing -- 3.2.3. Geometric Modeling and Reasoning in Manufacturing Computing -- 3.3. Theoretical Units in Manufacturing Computing -- 3.3.1. Computational Geometry -- 3.3.2. Combinatorial Geometry -- 3.3.3. Convex Analysis -- 3.4. Summary -- 4. Manufacturing Informatics in Digital Manufacturing Science -- 4.1. Principal Properties of Manufacturing Information -- 4.1.1. Information Characteristics of Manufacturing Information Activities and Manufacturing Informatics -- 4.1.2. Information Principles of Manufacturing -- 4.2. Measurement, Synthesis and Materialization of Manufacturing Information -- 4.2.1. Measurement of Manufacturing Information -- 4.2.2. Synthesis of Manufacturing Information -- 4.2.3. Materialization of Manufacturing Information -- 4.3. Integration, Sharing and Security of Manufacturing Information -- 4.3.1. Integration Model for Manufacturing Information -- 4.3.2. Principle and Mechanism of Sharing Manufacturing Resources -- 4.3.3. Basic Theory of Manufacturing Information Security -- 4.4. Summary -- 5. Intelligent Manufacturing in Digital Manufacturing Science -- 5.1. Intelligent Multi Information Sensing and Fusion in the Manufacturing Process -- 5.1.1. Intelligent Multi Information Sensing -- 5.1.2. Intelligent Multi Information Fusion -- 5.1.3. Data Mining -- 5.2. Knowledge Engineering in the Whole Life Cycle of Manufacturing Product -- 5.2.1. Knowledge Representation -- 5.2.2. Knowledge Base -- 5.2.3. Knowledge Reasoning -- 5.3. Autonomy, Self-Learning, Adapting of Manufacturing System -- 5.3.1. Autonomy of Manufacturing System -- 5.3.2. Self-Learning of Manufacturing System -- 5.3.3. Adaptation of Manufacturing System -- 5.4. Intelligent Manufacturing System -- 5.4.1. The Concepts and Features of Intelligent Manufacturing -- 5.4.2. Multi-Agent Manufacturing System -- 5.4.3. Holonic Manufacturing System -- 5.5. Summary -- 6. Science of Bionic Manufacturing in Digital Manufacturing Science -- 6.1. Overview of Bionic Manufacturing -- 6.1.1. Background -- 6.1.2. Overview of Bionics and Bionic Machinery -- 6.1.3. Overview of Biological Manufacturing -- 6.2. Bionic Machinery -- 6.2.1. Basic Principles of Bionic Machinery -- 6.2.2. Major Progress in Bionic Machinery -- 6.2.3. Development Trends of Bionic Machinery -- 6.2.4. Application of Bionic Machinery: Bio-Robot and MAV -- 6.3. Biological Manufacturing -- 6.3.1. Research Direction of Biological Manufacturing -- 6.3.2. Features and Functions of Biological Manufacturing -- 6.3.3. The Implementation Technology of Biological Manufacturing -- 6.3.4. Some Frontier Issues of Biological Manufacturing Engineering -- 6.4. The Development of Bio-Manufacturing and Bionic Machinery -- 6.4.1. The Development Trend of Bionic Machinery -- 6.4.2. The Development Trend of Bio-Manufacturing -- 6.5. Summary -- 7. Management of Technology in Digital Manufacturing Science -- 7.1. Management of Technology (MOT) -- 7.1.1. Concept and Development Process of MOT -- 7.1.2. Model of MOT -- 7.1.3. The Connotation of MOT -- 7.2. R & D System Framework and Management Mode -- 7.2.1. R & D System Framework and Management Emphases -- 7.2.2. The Main Modes of R & D -- 7.2.3. The Collaborative Management Mode of R & D -- 7.3. Technological Strategies Management and Technological Venture -- 7.3.1. Technological Strategies Management Based on Resource Theory -- 7.3.2. Technological Venture -- 7.4. Human-Machine Engineering on Digital Manufacturing Process and Production Patterns -- 7.4.1. Human Factors in the Advanced Production Pattern -- 7.4.2. The Application of Human Factors Engineering in the Digital Manufacturing System -- 7.5. MOT Mode Based on Cultural Differences and Ways of Thinking -- 7.5.1. MOT Based on Cultural Differences and Ways of Thinking -- 7.5.2. The Digital Marketing Based on Cultural Differences and Ways of Thinking -- 7.6. Summary -- 8. Key Technology of Digital Manufacturing Science -- 8.1. Various Digital Technologies in Product Lifecycle -- 8.1.1. CAx Technology Integration -- 8.1.2. Digital Equipment and Digital Processing Technology -- 8.1.3. The Technology of Digital Maintenance and Diagnosis -- 8.1.4. Digital Logistic Technology -- 8.2. Resource and Environment Technology in Digital Manufacture -- 8.2.1. Resource Organization and Management Technology -- 8.2.2. Manufacturing Grid: the Management and Scheduling of Resources -- 8.2.3. Resource Service and Security Technology -- 8.3. Management Technology in the Digital Manufacturing Process and System -- 8.3.1. Digital Management in Digital Manufacturing -- 8.3.2. The Digital Management System in Digital Manufacturing -- 8.4. Control Technology in Digital Manufacture -- 8.4.1. Networked Control System -- 8.4.2. Virtual NC Technology -- 8.4.3. The Embedded Control Technology -- 8.5. Digital Recognition and Integration Technology in Product -- 8.5.1. Radio-Frequency Identification Technology -- 8.5.2. Bar Code Recognition Technology -- 8.5.3. Electromechanical Integration Technology and the Light Mechanical and Electrical Integration Technology -- 8.6. Summary -- 9. Future Development of Digital Manufacturing Science -- 9.1. The Precision of Digital Manufacturing -- 9.1.1. The Micro Nano Electro Mechanical System and Digital Manufacturing -- 9.1.2. Micro Nano Equipment and System -- 9.1.3. Digital Manufacturing Technology in Micro Nano Manufacturing -- 9.2. The Extremalization of Digital Manufacturing -- 9.2.1. Extreme Manufacturing -- 9.2.2. Complex Mechanical and Electrical System Modeling -- 9.2.3. The Theory and Technology of Electrical and Mechanical Systems in Extreme Environments -- 9.3. The Environmental Protection of Digital Manufacturing -- 9.3.1. The Implementation on Environmental Protection for Environmental Protection -- 9.3.2. Environmentally Conscious Manufacturing -- 9.3.3. Remanufacturing Engineering -- 9.4. Summary.

ISBN

• 0857295632
• 9780857295637
• 9781447127147
• 1447127145
• 9780857295644
• 0857295640

LCCN

2012418056

OCLC

• ocn728580563
• 728580563
• SCSB-9333024

Owning Institutions

Princeton University Library