Advanced Composite Materials for Automotive Applications: by Ahmed Elmarakbi

By Ahmed Elmarakbi

The automobile faces many demanding situations, together with elevated worldwide pageant, the necessity for higher-performance cars, a discount in charges and tighter environmental and defense necessities. The fabrics utilized in automobile engineering play key roles in overcoming those concerns: eventually lighter fabrics suggest lighter cars and decrease emissions. Composites are getting used more and more within the car as a result of their energy, caliber and light-weight weight.

Advanced Composite fabrics for automobile purposes: Structural Integrity and Crashworthiness offers a finished rationalization of ways complicated composite fabrics, together with FRPs, bolstered thermoplastics, carbon-based composites and so forth, are designed, processed and used in autos. It comprises technical causes of composite fabrics in automobile layout and research and covers all levels of composite layout, modelling, checking out and failure research. It additionally sheds gentle at the functionality of current fabrics together with carbon composites and destiny advancements in automobile fabric know-how which paintings in the direction of lowering the burden of the automobile structure.

Key features:

  • Chapters written via world-renowned authors and specialists of their personal fields
  • Includes exact case reviews and examples overlaying all features of composite fabrics and their program within the car industries
  • Unique subject integration among the impression, crash, failure, harm, research and modelling of composites
  • Presents the cutting-edge in composite fabrics and their program within the car industry
  • Integrates thought and perform within the fields of composite fabrics and car engineering
  • Considers strength potency and environmental implications

Advanced Composite fabrics for automobile functions: Structural Integrity and Crashworthiness is a accomplished reference for these operating with composite fabrics in either academia and undefined, and is usually an invaluable resource of data for these contemplating utilizing composites in automobile purposes within the future.

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Additional info for Advanced Composite Materials for Automotive Applications: Structural Integrity and Crashworthiness

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28] studied the fatigue properties of carbon fibre-reinforced epoxy matrix composites. The study focused on developing experimentally based, durability-driven design guidelines for the long-term reliability of carbon reinforced composites for structural automotive components. A temperature-dependence study was also done to study the variation of the fatigue behaviour of the composite with temperature. It is worth mentioning that composites used in automotive applications are joined in different methods.

Corvette ZR1, Ferrari 458 Italia, Ferrari California, Nissan GTR, Audi R8, Lamborghini Gallardo, Lexus LFA) and motor racing cars [50]. 6). In order to achieve some requirements such as higher thermal efficiency over 40% at a turbine inlet temperature of 1350 ◦ C, lower exhaust emissions to meet Japanese regulations and multi-fuel capabilities, the application of ceramic matrix composite was investigated by Kaya [51]. Parts made from different carbon fibre reinforced ceramic matrix showed higher mechanical properties, reliability against thermal shock, particle impact damage and creep resistance.

3 show the mechanical properties of some fibre/polymeric matrices and composites. It is well remarked the advantage that composites bring in terms of high stiffness with a low density material. Advanced composite materials with long fibres can be categorised into three major categories: laminates, hybrid composites and textiles. 1 Mechanical properties of some fibres and metals [29]. 2 Mechanical properties of some polymeric matrices [29, 30]. 4 — 1200 1100 1140 1200 Laminated Composites Composite laminates, also known as laminated composites, are composed from different plies, where each ply is considered as a UD long fibre lamina.

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