Nix52
Mechanical
- Dec 28, 2014
- 7
Hi all,
I've created the model in NX...and wanted to solve thermal stress analysis problem using sol106...for my problem following is the description-
1. Used nonlinear material curve
2. Large displacement on
3. Elements used- lower order hex, pyramid, tetra
The problem is first solved using contact and without contact in second time. But in both cases the problem was not converging. I also tried this problem by simply using sol101 and sol400 (MD nastran) and in both solvers the problem was converging. So I wanted to know is their any limitation of sol106 for thermal stress analysis (considering thermal gradient) or for elements or for materials Or their is some thing else which I need to consider?
Need urgent help...and thanks in advance.
I've created the model in NX...and wanted to solve thermal stress analysis problem using sol106...for my problem following is the description-
1. Used nonlinear material curve
2. Large displacement on
3. Elements used- lower order hex, pyramid, tetra
The problem is first solved using contact and without contact in second time. But in both cases the problem was not converging. I also tried this problem by simply using sol101 and sol400 (MD nastran) and in both solvers the problem was converging. So I wanted to know is their any limitation of sol106 for thermal stress analysis (considering thermal gradient) or for elements or for materials Or their is some thing else which I need to consider?
Need urgent help...and thanks in advance.