- Materials are linear isotropic
- Temperatures are uniform through all bodies
|
Linear Static Stress Analysis |
- SOLIDWORKS Simulation Standard
|
- Materials are linear isotropic
- Temperature gradients can be obtained.
- Temperature dependent material properties can be considered
|
Thermal Analysis (Steady State) > Linear Static Stress Analysis |
- SOLIDWORKS Simulation Professional
|
- Materials are linear isotropic
- Stresses at a specific time can be obtained
- Temperature gradients can be obtained
- Temperature dependent material properties can be considered
|
Thermal Analysis (Transient) > Linear Static Stress Analysis |
- Nonlinear materials can be used
- Temperatures are uniform through all bodies
|
Nonlinear Static Analysis |
- SOLIDWORKS Simulation Premium
|
- Nonlinear materials can be used
- Stresses over a period of time can be obtained
- Temperatures are uniform through all bodies
|
Nonlinear Dynamic Analysis |
- Nonlinear materials can be used
- Temperature gradients can be obtained
- Temperature dependent material properties can be considered
|
Thermal Analysis (Steady State) > Nonlinear Static Analysis |
- Nonlinear materials can be used
- Stresses at a specific time can be obtained
- Temperature gradients can be obtained
- Temperature dependent material properties can be considered
|
Thermal Analysis (Transient) > Nonlinear Static Analysis |
- Nonlinear materials can be considered
- Stresses over a period of time can be obtained
- Temperature gradients can be obtained
- Temperature dependent material properties can be considered
|
Thermal Analysis (Steady State) > Nonlinear Dynamic Analysis |
- Nonlinear materials can be considered
- Stresses over a period of time can be obtained
- Temperature gradients can be obtained
- Temperature dependent material properties can be considered
|
Thermal Analysis (Transient) > Nonlinear Dynamic Analysis |
- Materials are linear isotropic
- Temperature gradients can be obtained
- Fluid flow effects can be considered
- Temperature dependent material properties can be considered
|
Flow Simulation (Steady State) > Linear Static Stress Analysis |
- SOLIDWORKS Flow Simulation
- SOLIDWORKS Simulation Standard
|
- Materials are linear isotropic
- Stresses at a specific time can be obtained
- Temperature gradients can be obtained
- Fluid flow effects can be considered
- Temperature dependent material properties can be considered
|
Flow Simulation (Transient) > Linear Static Stress Analysis |
- Nonlinear materials can be considered
- Temperature gradients can be obtained
- Fluid flow effects can be considered
- Temperature dependent material properties can be considered
|
Flow Simulation (Steady State) > Nonlinear Static Analysis |
- SOLIDWORKS Flow Simulation
- SOLIDWORKS Simulation Premium
|
- Nonlinear materials can be considered
- Stresses at a specific time can be obtained
- Temperature gradients can be obtained
- Fluid flow effects can be considered
- Temperature dependent material properties can be considered
|
Flow Simulation (Transient) > Nonlinear Static Analysis |
- Nonlinear materials can be considered
- Stresses over a period of time can be obtained
- Temperature gradients can be obtained
- Fluid flow effects can be considered
- Temperature dependent material properties can be considered
|
Flow Simulation (Steady State) > Nonlinear Dynamic Analysis |
- Nonlinear materials can be considered
- Stresses at a specific time can be obtained
- Temperature gradients can be obtained
- Fluid flow effects can be considered
- Temperature dependent material properties can be considered
|
Flow Simulation (Transient) > Nonlinear Dynamic Analysis |
