A stress-based shear fracture criterion considering the effect of stress triaxiality and Lode parameter

•A stress-based shear ductile fracture criterion is proposed to improve the prediction accuracy of failure for lightweight metals.•The mechanical behavior of AA5182-O sheet is uncovered from tension to equibiaxial tension.•The direct and inverse engineering methods are adopted to calibrate the fracture parameters.•The stress state-related fracture behavior of AA5182-O is numerically simulated.•The fracture limits of AA2024-T351 alloy from compression to tension is described by the sDF2016 criterion.