Application of the SED criterion for simulation of mixed-mode crack propagation in CTS specimen /

بواسطة Ulbin, Miran., Ren, Zoran., Zafošnik, Boštjan.

Evaluation of stress intensity factors using finite elements

بواسطة Zafošnik, Boštjan., Ren, Zoran., Ulbin, Miran., Flašker, Jože.

Influence of T-stress on surface crack growth /

بواسطة Zafošnik, Boštjan., Flašker, Jože., Ren, Zoran.

Determination of stress intensity factors and T-stress from displacements using least square method /

بواسطة Zafošnik, Boštjan., Mishuris, Gennady., Ren, Zoran., Flašker, Jože.

Modelling of surface crack growth under lubricated rolling-sliding contact loading /

بواسطة Zafošnik, Boštjan., Ren, Zoran., Flašker, Jože., Mishuris, Gennady.

Comparison of different techniques for determination of mixed mode stress intensity factors on CTS specimen /

بواسطة Zafošnik, Boštjan., Ulbin, Miran., Ren, Zoran., Flašker, Jože.

Numerical determination of mixed mode stress intensity factor /

بواسطة Ulbin, Miran., Zafošnik, Boštjan., Ren, Zoran., Flašker, Jože.

Analyses of crack propagation on CTS specimen /

بواسطة Zafošnik, Boštjan., Ulbin, Miran., Ren, Zoran., Flašker, Jože.

Determination of crack propagation angle for surface crack subjected to lubricated contact conditions /

بواسطة Zafošnik, Boštjan., Mishuris, Gennady., Ren, Zoran., Flašker, Jože.