For structural analysis; you have to do the coupled transient elasto-plastic thermo-mechanical analysis: You have to do the following:

1. First of all you have to switch the element from thermal  to structural element by

preprocessor>element type> switch element type

2. Then you have to apply the structural  material properties i.e. Young's modulus; Poisson's ratio; thermal expansion coefficient and yield stress (here you have to define the yield properties/criteria of the material).  For yield you have to do the following:

pre-processor>Material Props> Material Model> structural>non-linear>inelastic>rate-independent>isotropic hardening plasticity> Misses Plasticity>Bilinear..

3. Then you have to apply boundary conditions in solutions step.

4. Then apply load from thermal analysis.

Dear all 

Can anyone give more details about the Isotropic and kinematic hardening and properties I need to define during structural analysis. 

Dear karthick munisamy please follow the file.,