NUMERICAL EVALUATION OF STRESS DISTRIBUTIONS AHEAD OF CRACK-TIP FOR FINITE-WIDTH CENTER CRACKED SPECIMENS LOADED BY 2 SEGMENTS OF STRESSES ON THE CRACK
Ch. Liu et Wn. Liu, NUMERICAL EVALUATION OF STRESS DISTRIBUTIONS AHEAD OF CRACK-TIP FOR FINITE-WIDTH CENTER CRACKED SPECIMENS LOADED BY 2 SEGMENTS OF STRESSES ON THE CRACK, International journal of fracture, 87(4), 1997, pp. 101-106
Stress distributions ahead of crack tip for finite-width center cracke
d specimens loaded by two segments of distributed stresses on the crac
k are evaluated by means of the finite element method (FEM). Close agr
eement between the numerical results and the stress distributions assu
med using the force balance method (FBM) demonstrates the usefulness o
f the corresponding geometric correction factor derived by FBM.