CFD Benchmark on a Gas Turbine

Project Overview :

Led a project to benchmark the use of CRADLE CFD software for pre-processing activities, focusing on detailed meshing of a gas turbine blade. The project aimed to evaluate and optimize meshing techniques for accurate CFD simulations.

Key Contributions :

• Conducted detailed meshing of a gas turbine blade using tetrahedral, spatial hexahedral, and polyhedral meshing techniques in CRADLE CFD.

• Benchmarked the performance and accuracy of different meshing approaches for gas turbine simulations.

• Provided insights into the most effective meshing strategies for complex geometries.

Outcome :

• Delivered a comprehensive benchmark report, enabling the customer to optimize their CFD workflows.

• Demonstrated the effectiveness of CRADLE CFD for gas turbine blade analysis, improving simulation accuracy and efficiency.

This project highlights expertise in advanced meshing techniques and CFD pre-processing, showcasing the ability to deliver high-quality solutions for complex aerospace applications.

Tools : CRADLE CFD (scFLOW)

Gallery :

Note : The above image is for illustrative purposes only. The actual work executed is similar but cannot be showcased due to confidentiality.