SimScale

Import the CAD model of the electronic device into SimScale.

Define the material properties and thermal boundary conditions.

Run a conjugate heat transfer simulation to analyze the temperature distribution.

Optimize the cooling design based on the simulation results.

Import the CAD model of the valve into SimScale.

Define the fluid properties and boundary conditions.

Run a CFD simulation to analyze the flow through the valve.

Optimize the valve design based on the simulation results.

Import the CAD model of the turbomachinery component into SimScale.

Define the fluid properties and boundary conditions for the rotating machinery.

Run a CFD simulation to analyze the flow through the component.

Optimize the design based on the simulation results and performance metrics.

Import the city's 3D model into SimScale.

Set up boundary conditions, including wind direction and solar radiation.

Run a CFD simulation to analyze wind flow and temperature distribution.

Adjust building designs to optimize wind and thermal comfort for pedestrians.

Define the geometry of the system within SimScale.

Input the properties of each phase and define their interaction parameters.

Run a multiphase flow simulation using appropriate models (e.g., VOF, Eulerian).

Analyze the results to understand phase distribution, velocity profiles, and other relevant parameters.

Import the CAD model of the structure.

Define material properties, including nonlinear behavior.

Set up loading and boundary conditions.

Run a nonlinear structural analysis to observe stress and strain distributions, accounting for changing stiffness.