Module code: MAT5030
Credits: 15
Semester: SEM2
The role of composites in modern engineering, in particular aerospace applications will be described which will enable the effective selection of a fibre-resin system for a range of applications . The module will include the manufacture of glass, carbon, aramid and polyethylene fibres, extending to the manufacturing of polymer composites using processes including for example resin transfer moulding, compression moulding and pultrusion. The module will also consider particulate filled composite materials and high temperature metal matrix composite materials. The module will cover the theory that is used to predict the stiffness and strength of composite components, with emphasis on exploring the roles of the three different components encountered in a composite materials of fibre (filler), matrix and the interface. A framework for understanding the cost of manufacture to enable the selection of an appropriate manufacturing technology for a part. Comparisons will be made compare to more traditional materials such as metals, in particular in aircraft applications. Failure modes in composites will be described, non-destructive testing methods such as ultrasonics and strategies towards repair of composite structures will be covered.
Level: 5
