Ansys Jobs
I want to mesh a square cylinder enclosed in a rectangular domain. Dimensions are: side of square cylinder: 1 m upstream distance: 20 m downstream distance: 40 m height of domain 60 m I am enclosing a sample 2D mesh. The project is to create a 3D mesh so that I could do numerical simulations on it with dynamic meshing. Dynamic meshing setting will be done in the circular zone near the square cylinder.
I want to mesh a square cylinder enclosed in a rectangular domain. Dimensions are: side of square cylinder: 1 m upstream distance: 20 m downstream distance: 40 m height of domain 60 m I am enclosing a sample 2D mesh. The project is to create a 3D mesh so that I could do numerical simulations on it with dynamic meshing. Dynamic meshing setting will be done in the circular zone near the square cylinder.
I am working on Non-Isothermal PE-100 pipe extrusion. I am applying cross law for viscosity dependence on shear rate and Arrhenius law for viscosity dependence on temperature in direct extrusion at POLYFLOW. When i run, it shows solution is not converge. When I change the viscosity to be not temperature dependent, then the solution can be converged. So there is any way to make it converge and in the same time take the temperature into account to determine the viscosity? where I am wrong? I am struck here. Kindly help me.
We've to perform CFD (Flow Simulation) of a Vertical Axis Wind Turbine.
