Hartwich, Tobias SimeonTobias SimeonHartwichVölkl, HaraldHaraldVölklFranz, MichaelMichaelFranzWitzgall, ChristianChristianWitzgallKrause, DieterDieterKrauseWartzack, SandroSandroWartzack2020-08-052020-08-052019-09Symposium Design for X, DFX: 109-122 (2019-09)http://hdl.handle.net/11420/6964Efficient and systematic design methods are indispensable aids on the way to effective lightweight solutions. In this article, the necessity of providing the product developer with a design method for the design of endless fibre-reinforced plastic (FRP) components to fulfil fatigue requirements is highlighted. Existing damage models and test methods could be used and extended within such approaches. A suitable method should take into account particularly the variety of requirements for FRP components and consider other influences, e.g. from multi-layer composite design or load introduction, preferably supported by CAE tools. The simple applicability of an effective approach should be demonstrated both on test specimens and on demonstrator components.deDesign methodsFatigueFibre-reinforced plasticsLightweight DesignConference Paper10.35199/dfx2019.10Other