1. A new unified phenomenological model for fatigue crack initiation, short crack propagation, long crack propagation, and closure effects;Obabueki,1987
2. A unified model for predicting the stress and strain distributions around cracks of any length, including elastic, plastic, creep, and cyclic deformation;Lee,1987
3. Modelling of the effect of nonisothermal cycling on the peak stress response and thermal fatigue life of Alloy 800 and type 316 stainless steel;Miller,1986
4. A phenomenological model for intergranular failure by r-type and wedge-type cavitation;Lee,1986
5. Development of a physically-based model for material strength and embrittlement under HTGR operating conditions;Garud,1986