详情

原文传递 FEAMAC/CARES Stochastic-Strength-Based Damage Simulation Tool for Ceramic Matrix Composites.

题名：	FEAMAC/CARES Stochastic-Strength-Based Damage Simulation Tool for Ceramic Matrix Composites.
作者：	Nemeth, N.; Bednarcyk, B.; Pineda, E.; Arnold, S.; Mital, S.; Murthy, P.; Bhatt, R.
关键词：	Ceramic matrix composites, Micromechanics, Fracture mechanics, Mechanical properties, Life (durability), Stochastic processes, Stress-strain relationships, Yield point, Simulation, Prediction analysis techniques, Probability theory, Finite element method
摘要：	Reported here is a coupling of two NASA developed codes: CARES (Ceramics Analysis and Reliability Evaluation of Structures) with the MAC/GMC (Micromechanics Analysis Code/ Generalized Method of Cells) composite material analysis code. The resulting code is called FEAMAC/CARES and is constructed as an Abaqus finite element analysis UMAT (user defined material). Here we describe the FEAMAC/CARES code and an example problem (taken from the open literature) of a laminated CMC in off-axis loading is shown. FEAMAC/CARES performs stochastic-strength-based damage simulation response of a CMC under multiaxial loading using elastic stiffness reduction of the failed elements.
总页数：	Nemeth, N.; Bednarcyk, B.; Pineda, E.; Arnold, S.; Mital, S.; Murthy, P.; Bhatt, R.
报告类型：	科技报告