Experimental and numerical studies on damage and failure behavior of anisotropic ductile metals

The paper deals with experiments and numerical simulations of the biaxially loaded H-specimen to study damage failure in anisotropic ductile metals. deformation behavior metals depend both on load ratio loading direction respect rolling direction. Experiments focusing shear-compression stress states have been performed digital image correlation (DIC) is used monitor strain fields. Numerical based Hill48 yield criterion are predict investigated aluminum alloy EN AW-2017A. fractured surfaces visualized by scanning electron microscopy (SEM). experimental-numerical technique clearly shows influence state evolution processes.