This course is designed to teach FLUENT users how to conduct shape optimization of CFD applications.

• Import an existing FLUENT model into MeshWorks/MORPHER and parameterize it for a number of shape parameters. After the parameterization, the user will save the model as a 'parametric' FLUENT model.
• Set up an optimization plan in iSIGHT to execute the following tasks automatically:
• Supply new parameter values to the optimization loop
• Execute MeshWorks/MORPHER in batch mode to automatically generate a new running model from the 'parametric' FLUENT model
• Automatically extract output parameter values such as pressure drop, velocities etc.
• Set up constraints for the output parameters
• Set up ranges for input parameters
• Set up objective to optimize for (such as maximizing flow rates etc.)
• Set up a DOE plan in iSIGHT using the input shape parameter ranges.
• Automatically execute the DOE plan for creating new designs, executing them and extracting the results.
• Select the best DOE design.
• Using the results, create a 'Response Surface Model' (RSM).
• Optimize using the RSM.

Audience

This course is recommended for anyone who wants to perform shape optimization of CFD problems. A working knowledge of FLUENT, MeshWorks/MORPHER, and iSIGHT is required.

Cost

$800. Included with your fee is breakfast, lunch, diploma, and training manual.