Conduct CFD simulations to analyze fluid flow, heat transfer, and pressure distribution in various engineering systems.

Develop and validate CFD models using appropriate turbulence models, boundary conditions, and meshing techniques.

Analyze simulation results and provide detailed reports on system performance, identifying areas for improvement.

Collaborate with design engineers to optimize product designs based on CFD analysis and performance predictions.

Perform mesh refinement studies to ensure solution accuracy and grid independence in CFD simulations.

Validate CFD models with experimental data to ensure accuracy and reliability of simulation results.

Develop and implement automated CFD workflows to improve efficiency and reduce turnaround time.

Stay updated with the latest advancements in CFD software and techniques to enhance simulation capabilities.

Troubleshoot and resolve issues related to CFD simulations, such as convergence problems and numerical instabilities.

Defining the problem, geometry cleanup, meshing, and setting up boundary conditions.

Validating CFD models against experimental data or analytical solutions.

Analyzing and interpreting CFD simulation results to provide insights.

Creating detailed reports summarizing the CFD analysis and findings.

Refining the mesh to improve the accuracy and convergence of simulations.

Selecting appropriate solvers and numerical schemes for specific problems.

Conducting parameter studies to optimize designs and processes.

Customizing CFD codes using scripting or programming for specific needs.

Maintaining and updating CFD software and related tools.

Collaborating with engineers and designers to integrate CFD into workflows.

Staying updated with the latest research and developments in CFD.