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Metal Additive Manufacturing

Autor Prabir Chaudhury
en Limba Engleză Paperback – aug 2022
Metal Additive Manufacturing: Materials and Manufacturing is the first book on metal additive manufacturing to take readers, scholars and practitioners alike beyond the design freedom this revolutionary manufacturing process offers. The book clearly shows the essence of metallurgical principles in realizing the full scope of material and process control freedom in metal additive manufacturing. The book's author reveals how fundamental metallurgical principles can be utilized to develop new materials, AM and subsequent processing, and their controls that cannot be achieved in any other manufacturing methods.
In addition, the book also shows how to overcome the inherent weaknesses of AM, including structural integrity and surface finish. Users will find a comprehensive presentation on the vast array of materials possibilities available to tailor product performance utilizing sensor and model based in-situ process controls.


  • Provides a methodical approach for new AM material and product development, post AM processing design methodology, concepts for process monitoring, in-situ process control, and product inspection
  • Looks at how to design and select new materials for specific tailored performances using AM technologies
  • Presents information on the role and power of fundamental metallurgical principles in metal additive manufacturing
  • Discusses the multi-disciplinary nature of advanced manufacturing
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Specificații

ISBN-13: 9780128225653
ISBN-10: 0128225653
Pagini: 324
Ilustrații: Approx. 115 illustrations (50 in full color)
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE

Cuprins

1. Introduction
2. Metal AM Principles and Methods
3. Advantages over conventional manufacturing methods
4. Deficiencies over conventional manufacturing methods
5.  Applications in industry
6. State of the art design
7. State of technology
8. Material Freedom
9. Structure
10. Surface
11. Testing and inspection
12. Economic considerations
13. Future Developments