It is my understanding that Victor worked for LISA. He left LISA and started Mecway. Mecway is essentially a fork of LISA. Mecway has some updates that LISA does not have.
Yes, that's right. Both businesses have an agreement to sell the product based on the same original code. A few of the additional features that Mecway has are:
- Both 32 and 64 bit. Much larger models can be solved with a 64 bit computer. - Fully units aware. There is no need to use a consistent unit system or remember what they should be. - DXF file import - New loads and constraints like frictionless support, compression-only support, elastic support and hydrostatic pressure. - Damping - Nonlinear static analysis for solid and truss elements. Only includes geometric nonlinearities such as stress stiffening and large rotations. - Loads and constraints can be applied directly to the CAD model by clicking surfaces - Sweep tool to generate shell and solid meshes extruded along curved paths
Set the analysis type to Thermal steady state or Thermal Transient. You can select the relevant faces then apply a Convection load (Right click selected faces, Loads & constraints>New convection) typically in W/(m^2.K). Typical values here.
Comments
- Both 32 and 64 bit. Much larger models can be solved with a 64 bit computer.
- Fully units aware. There is no need to use a consistent unit system or remember what they should be.
- DXF file import
- New loads and constraints like frictionless support, compression-only support, elastic support and hydrostatic pressure.
- Damping
- Nonlinear static analysis for solid and truss elements. Only includes geometric nonlinearities such as stress stiffening and large rotations.
- Loads and constraints can be applied directly to the CAD model by clicking surfaces
- Sweep tool to generate shell and solid meshes extruded along curved paths
Can we solve Forced convection cases in LISA/Mecway ? If yes , please share any tutorial link.
Thanks