Flow Analysis Master-CFD assistance for Fluent simulations

Example

A user setting up a simulation for airflow over an aircraft wing can receive detailed instructions on how to define the geometry, apply boundary conditions, choose the appropriate turbulence model, and set up the solver.

Scenario

In a scenario where a user is unfamiliar with Fluent’s interface, Flow Analysis Master provides a structured approach to setting up each aspect of the simulation, from meshing to post-processing, ensuring nothing is overlooked.

Example

If a user is unsure about the implications of choosing a k-epsilon versus a k-omega turbulence model, Flow Analysis Master can explain the theoretical differences and advise on which model is more suitable for specific flow conditions.

Scenario

This function is particularly useful when users need to understand the underlying physics of their simulations, such as why a certain model is better for predicting separation in turbulent boundary layers.

Example

For a simulation involving heat transfer in a fluid with non-standard properties, Flow Analysis Master can provide accurate material property data and explain how to input custom properties into Fluent.

Scenario

A real-world example could involve simulating coolant flow in a nuclear reactor where the user needs precise thermal conductivity and viscosity values for an unusual coolant fluid.