Liquid moulding technologies : resin transfer moulding, structural reaction injection moulding and related processing techniques / C. D. Rudd [and three others].

Cambridge, England ; Warrendale, Pennsylvania : Woodhead Publishing : Society of Automotive Engineers, 1997.
1 online resource (476 p.)
Plastics -- Molding.
Electronic books.
Liquid moulding technologies such as RTM and SRIM are increasingly used for manufacturing composites in a variety of industries. Most interest stems from the automotive industry in the continuing search for weight savings, manufacturing economies and vehicle refinement.Liquid moulding technologies provides a unique insight into the development and use of such processes with a comprehensive description of the material, process variants, equipment, control strategies and tooling techniques used. Procedures for materials characterisation, preform and mould design are also described and th
Front Cover; Liquid Moulding Technologies: Resin Transfer Moulding, Structural Reaction Injection Moulding and Related Processing Techniques; Copyright Page; Table of Contents; 7.4 Resin characterisation; Preface; Acknowledgements; Chapter 1. Introduction to liquid composite moulding; 1.1 Background; 1.2 Composites manufacturing techniques; 1.3 Process technology; 1.4 History; 1.5 Selection criteria for automotive manufacture; 1.6 Automotive applications of liquid moulding; 1.7 Automotive case studies; 1.8 Aerospace applications of liquid moulding
1.9 Additional transport and industrial applicationsChapter 2. Process fundamentals; 2.1 Introduction; 2.2 Air removal; 2.3 Continuous peripheral venting; 2.4 Discrete venting; 2.5 Injection-compression; 2.6 Sealed moulds; 2.7 Vapour purging; 2.8 Vacuum assisted processes; 2.9 Vibration assisted processes; 2.10 Vacuum impregnation methods; 2.1 1 Flexible tool processes; 2.12 Semi-rigid tool processes; 2.13 Resin film infusion (RFI); 2.14 Practicalities; 2.15 Void formation mechanisms; 2.16 Degassing; 2.17 Fibre wetting; 2.18 Sandwich structures; Chapter 3. Resin systems; 3.1 Introduction
3.2 Unsaturated polyester resins3.3 Initiator systems; 3.4 Fillers and additives; 3.5 Epoxy resins; 3.6 Bismaleimide resins; 3.7 Vinyl ester resins; 3.8 Polyurethanes and hybrids; 3.9 Core materials; Chapter 4. Reinforcement materials; 4.1 Introduction; 4.2 Fibres; 4.3 Fibre surface treatments; 4.4 Commercially available reinforcements; 4.5 Binders; References; Chapter 5. Processing equipment; 5.1 Introduction; 5.2 Resin injection equipment; 5.3 Injection and mixing equipment; 5.4 Mould manipulation and clamping equipment; References; Chapter 6. Preform design and manufacture
6.1 Introduction6.2 Design considerations; 6.3 Manufacturing techniques; 6.4 Draping and deformation; 6.5 Nomenclature; Chapter 7. Materials characterisation; 7.1 Introduction; 7.2 Reinforcement permeability measurement; 7.3 Reinforcement formability; References; Appendix-Determination of principal in-plane permeabilities from a constant flow rate impregnation test; Chapter 8. Process modelling; 8.1 Introduction; 8.2 Fundamentals of flow modelling; 8.3 One-dimensional flow; 8.4 Two and three-dimensional flow; 8.5 Discussion; 8.6 Nomenclature; References; Chapter 9. Non-isothermal RTM
9.1 Introduction9.2 The thermal cycle; 9.3 The pressure cycle; 9.4 Pressures during isothermal impregnation; 9.5 Pressures during non-isothermal impregnation; 9.6 The post-impregnation pressure cycle; 9.7 Cycle time reduction during non-isothermal RTM; 9.8 Minimising impregnation time; 9.9 Minimising gel and cure times - phased initiator RTM; 9.10 Summary; References; Chapter 10. Process monitoring and control; 10.1 Introduction; 10.2 Thermal monitoring techniques; 10.3 Thermal monitoring during impregnation; 10.4 Thermal monitoring during gel and cure; 10.5 Pressure monitoring techniques
10.6 Pressure monitoring during impregnation
Description based upon print version of record.
Includes bibliographical references at the end of each chapters and index.
Description based on online resource; title from PDF title page (ebrary, viewed February 6, 2014).
Rudd, C. D.
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