Thus, a method has been developed that prevents excessive penetration of the resin into the pores of the aluminum foam. This paper deals with the design of a hybrid sandwich composite and its interpretation by using customized FEM simulations.Producing this kind of a sandwich composite in an economic production process presents a major challenge. Aluminum foam is characterized by favorable damping properties with minimum weight and CFRP provides high strength and stiffness at similarly low density. The combination of closed-cell aluminum foam (ALF) and carbon fiber reinforced plastic (CFRP) provides a solution to this obstacle. So far, limited dynamic properties of plastic-based foams have prevented the use of sandwich composites in machine applications. Abstract: The lightweight potential of components made of fiber-reinforced plastic can be enhanced by use of sandwich composites.
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