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This study focuses on investigating the stable damage and crack growth process of high impact polystyrene (HIPS) by using the damage mechanics approach and the moire method. Under excessive tensile loading, HIPS will be damaged due to multiple crazing that causes volume dilatation. A damage variable is defined by the dilatation of the representative volume element to characterize the craze-damage...
Experimental and theoretical works have been done to study the nonlinear mechanical deformation response of high impact polystyrene (HIPS) under the condition of uni-axial tensile loading processes which include both loading and unloading stages with different constant strain rates. A damage variable, which is defined by the volume dilatation due to crazing, is used to characterize the effect of craze...
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