In order to combine high performance and lightweight technology, modern automotive car bodies include a wide range of materials, e.g. mild steel, boron steel, aluminium, metal sandwich composites etc. Thus, joining methods are critical for car performance, especially safety and durability. To further enhance the use of structural adhesives in OEM applications, this projects investigates graphene modified structural adhesives. In this framework, the project aims to use graphene to enhance process and material properties of structural adhesives used in the automotive industry. Specifically, the project will tailor (a) the adhesive composition, (b) graphene functionalization/treatment and (c) the processing flow induced anisotropy in order to deliver superior (1) electrical, (2) thermal, (3) mechanical and (4) curing. The project brings together a cross-functional project group consisting of a strong global and national automotive leader Volvo Cars, together with CEVT, a growing SME, composite manufacturer Lamera AB, strong scientific expertise of graphene composites from Chalmers and RISE - Research Institutes of Sweden, and a strong cooperation with industry, Chalmers Industriteknik, as well as adhesive manufacturers (Dow Automotive and Sika) with expert knowledge on adhesive formulation and properties.
Universitetslektor vid Chalmers, Industrial and Materials Science, Engineering Materials
Funding Chalmers participation during 2018–2019 with 475,000.00 SEK