A Review on Finite-Element Simulation of Fibre Metal Laminates

Abstract Fibre metal laminates (FML) are layered materials consisting of both and reinforced composite layers. Due to numerous possibilities configuration, constituent materials, etc., designing testing such can be time- cost-consuming. In addition that, some parameters cannot obtained directly from the experiment campaign. These problems often overcome by using numerical simulation. this article, authors reviewed different approaches finite element analysis fibre based on published articles their own experiences. Many aspects modelling FMLs similar used for classic laminates. However, in case laminates, interface between layer is very relevant experimental regard. Approaches have been widely discussed. Numerical simulations complementary campaigns, so an background presented. Then, software next two chapters, static fatigue failure discussed including several key like dimensionality model, material model constituents holistic view material, level homogenization, type elements, use symmetry, more. The criteria fibres matrix along with damage models chapter dedicated adhesive composite—metal, strategies cohesive element, surfaces, contact formulation usage eXtended Finite Element Method. Also, ways assess described particular attention Cohesive Zone Model defined Traction–Separation Law. Furthermore, issues related mixed-mode loading other mesh sensitivity, friction, boundary conditions, steering, user-defined validation. article try evaluate quality literature review research.