On the basis of the results out of the on-site temperature measurement,the temperature field and stress distribution over the converter shell have been analyzed by using the finite element method for calculation of the thermal-mechanical coupling stress over the revamped converter sell.

Taking into consideration,the hardening of material nonlinear,generic nonlinear,unprotected second beams as well as pin for beams and column,this paper makes finite element analysis of thermo-mechanical couple behavior for steel structure resistance fire.

Based on the FEA, the numerical method of thermal-mechanical coupling is presented.

Based on the FEA,the numerical method of thermal-mechanical coupling is presented.

Through combining thermal-mechanical coupling simulation and theoretical analysis,the thermal damages of the aluminium alloy and forged steel brake discs were compared and the effects of material properties on the thermal damages of the friction surfaces were studied.

The nonlinear dynamic model of a thermo-mechanical coupling viscoelastic rectangular plate with temperature field and subjected to both actions of an alternating periodic transverse external excitation and in-plane uniform distributed force is established.

Based on the hyperbolic two-step thermal conduction model,the two dimensional thermo-mechanical coupling of metal thin film under short pulse laser heating is investigated with finite element method.

This paper describes an investigation on the formation mechanism of internal crack in a round billet using measurement and numerical simulation to model the solidification process by building a thermo-mechanical coupling model.