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Introduction to composite materials
3. Intermediates (weaving, NCF, prepreg, compounds)
5. Composites Roadmap – Where is the industry heading?
Material Preforming and Conversion
6. 2D to 3D dry fibre preforming (press forming, diaphragm forming)
7. Automated Fibre Placement (AFP / ATL)
9. Filament winding
10. 3D weaving
Alistair Thompson McIlhagger
11. Autoclaving Prepreg
12. Injection Moulding & Over-moulding
M. Ali Aravand
13. Compression Moulding
Pierre J.J. Dumont
14. Thermoplastic Stamping
15. Liquid Resin Infusion (incl. in-situ polymerization)
16. Tooling Design
17. Automation (pick and place etc)
18. Quality Assurance (inc NDT / Inspection)
Natalia Becerra Pozo
19. Microwave Processing
20. Additive Manufacturing
Computer Aided Engineering
21. Process Simulation
22. Factory Simulation
23. Industry 4.0 /Virtual Machine Design
24. Design for Manufacture
25. Cost, rate and robustness
Reduce, Reuse, Recycle
26. Waste Reduction
James Graham Broughton
28. Fibre Recovery
29. Recyclate Conversion
30. Life Cycle Analysis
Design and Manufacturing of Structural Composites provides an overview of the most common manufacturing routes for fiber reinforced composites, including the influence of the manufacturing route on mechanical properties. It discusses the intermediate steps to convert common fiber/matrix combinations into finished products and provides an insight into some of the most common research challenges for each of the chosen manufacturing processes, covering experimental, analytical and numerical analysis. Particular emphasis is placed on the various types of manufacturing routes for fiber reinforced composites, including the influence of the manufacturing route on mechanical properties, automation, additive manufacturing and recyclability, and material properties and design principles.
Chapters cover introduction to composite materials, material preforming and conversion, moulding, enabling technologies, computer aided engineering, reduce, reuse and recycling, and much more.
- Discusses recent advances in composite manufacturing, automation, additive manufacturing and recyclability
- Presents various types of manufacturing routes for fiber reinforced composites, including the influence of the manufacturing route on mechanical properties
- Emphasizes recycling, design simulations and additive manufacturing
Materials scientist, Materials engineer, Metallurgist, Ceramics engineer, Mechanical engineer, Aerospace engineer Materials Science and Engineering, Ceramics Engineering, Mechanical Engineering, and Aerospace Engineering at universities, government labs, research institutes; Graduate students and undergraduate students at universities worldwide with departments and/or degree programs in Materials Science and Engineering, Ceramics Engineering, Mechanical Engineering, and Aerospace Engineering
- No. of pages:
- © Woodhead Publishing 2021
- 1st August 2021
- Woodhead Publishing
- Paperback ISBN:
Dr Lee Harper has worked in the field of composite manufacturing for 15 years. He has established credible expertise in process development and numerical modelling for fibre reinforced polymer composites. His principal research interests focus on developing and modelling automated manufacturing processes for the automotive industry. He developed the Directed Carbon Fibre Pre-forming (DCFP) process, an automated technology for producing net-shaped non-woven materials. He has authored 40 peer-reviewed publications, co-supervised 12 PhD students and been PI on projects totalling £3.1m. He currently sits on the UK’s Composite Leadership Forum, as part of the Technology Working Group and is a committee member for the Society for the Advancement of Materials and Process Engineering (SAMPE). Harper is also the Manager of the EPSRC Future Composites Manufacturing Research Hub, a £10.3m investment by EPSRC to develop fundamental research in composites manufacturing.
Principal Research Fellow, Composites Research Group, University of Nottingham, UK
Dr Mike Clifford has worked in the field of composite materials for 20 years. His interests lie in deformation of pre-impregnated material (thermosetting and thermoplastic) during forming components, natural fibre composites and nanocomposite applications. He has authored 80 peer-reviewed publications, co-supervised 22 PhD students and been PI on projects totalling £1.2m.
Associate Professor, University of Nottingham, UK
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