Emerging technologies are revolutionising the manufacturing sector, allowing for more efficient operations and generating new value for industry, society, and the environment. Advanced manufacturing has the ability to create whole new markets or to strengthen and improve existing ones. A growing number of businesses are opting to invest in innovative production methods. Innovative technologies, such as additive manufacturing, provide apparent advantages to both customers and manufacturers. In order to respond quickly to customer demands, the advanced manufacturing makes extensive use of computer, high precision, and information technologies combined with a high-performance workforce in a production system capable of furnishing a heterogeneous mix of products in small or large volumes with both the efficiency of mass production and the flexibility of custom manufacturing.
This book covers all of the major areas of advanced manufacturing in today's world. It gives in-depth insights into this discipline and describes the subject's applications and methodologies in great detail. It deals with conventional, non-conventional machining processes, green manufacturing, material forming and materials machining. A logical based discussion has been tried to make for better understanding of the subject matter. It also explores micro-machining, laser machining, bio-manufacturing, additive manufacturing, machine tools and cryogenic machining process. The book investigates, analyses, and defends the foundations of this discipline and its critical importance in present times. This book can prove to be a valuable resource for anyone interested in manufacturing.
Preface
1. Conventional, Non-Conventional Machining Processes and their Hybridizations
1. Introduction
2. Tool and Work Piece Contact
3. Tapered turning
4. Non-specific operations include:
5. Workholding methods
6. Dynamics of turning
7. Design Rules
8. Cost Drivers
9. Milling
10. Mill orientation
11. Alternative terminology
12. Cost Drivers
13. Drilling
14. Slotting
15. Milling process
Epilogue
References
2. Sustainable and Green Manufacturing
1. Introduction
2. Develop new green processes
3. Sustainable manufacturing examples
4. Benefits for Manufacturers
5. How are Businesses Going Green?
6. Sustainable Manufacturing Benefit
7. Green Supply Chain Management
8. Ethical leadership/internal management
9. The Solution for Reducing Production Waste
Epilogue
References
3. Material Forming and Joining Processes
1. Introduction
2. Metal Forming
3. Casting
4. Welding
5. Brazing
6. Cleaning the Metals
7. Fluxing the Parts
8. Assembly for Brazing
9. Soldering
Epilogue
References
4. Materials Machining
1. Introduction
2. Jigs
3. Fixtures
Epilogue
References
5. Micro-Machining
1. Introduction
2. Micro-machining processes
3. Evolution of Micromachining
4. Machining
Epilogue
References
6. Laser Machining and Sintering
1. Introduction
2. Laser beam machining (LBM)
3. Selective laser sintering
4. The surface.
Epilogue
References
7. Bio-Manufacturing
1. Introduction
2. Establishing the Cell Bank
3. The Master Cell Bank
4. Perfusion Biomanufacturing
5. Implementing Digital Biomanufacturing in Process Development
6. The Impact of SARS-CoV-2 on Biomanufacturing Operations
7. Stages in Downstream Processing
8. Process Validation in Biologics Development
Epilogue
References
8. Additive Manufacturing
1. Introduction
2. Terminology of Additive manufaturing
3. General principles
4. Additive manufacturing processes
5. Additive manufacturing applications
6. Legal aspects
7. Health and safety
Epilogue
References
9. Advances in Machine Tools
1. Introduction
2. Nomenclature and key concepts, interrelated
3. Drive power sources
4. Automatic control
5. Machine Tools Tech Trends That Will Shape Our Future
6. Technical evolution of the machine tool
7. 18Th century: new source of energy
8. 19Th century: industrial development
9. 20Th century: from 1941
10. Great Advancements in Machine Tool Technology
Epilogue
References
10. Cryogenic Machining Process
1. Introduction
2. Role of Cryogenics in Machining Processes
3. Cryogenic Machining Eliminates Moldmaking Conundrum
4. Expanded Possibilities for Cryogenic Machining
5. Industrial applications
6. The Numerical Model and Constitutive Relations
7. Results and Discussion
Epilogue
References
Index
Sharda Carmona holds Ph.D. in Industrial Engineering from University of Science, Auckland. She is a Guest Lecturer at Community College, Brisbane . She has contributed several articles and research papers in manufacturing systems & engineering. Her research interests are in quality engineering, industrial manufacturing and plant facilities.
