Abstract: The presence of damage in the adhesive material as well as combined environmental excitation in multi-material adhesive step-lap joints (ASLJs) often encountered in aircraft industries are frequently neglected. Historically, ...

Abstract: The present work describes the early steps in creating a digital twin to predict aging for multi-material adhesive step lap joints (ASLJs), considering simultaneous mechanical and environmental influences. It begins by ...

Abstract: The presence of damage in the adhesive material as well as combined environmental excitation in multimaterial adhesive steplap joints (ASLJs) often encountered in aircraft industries are frequently neglected. Historically, ...

Abstract: A multiphysics computational framework is introduced and exercised to predict the wear behavior of two deformable, heat-conducting bodies under conditions of sliding contact. This framework enables the solution of a coupled ...