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Course Date:
21 Jan 2025 to 24 Jan 2025
18 Feb 2025 to 21 Feb 2025
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Registration Period:
30 Dec 2024 to 14 Jan 2025
06 Jan 2025 to 04 Feb 2025
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Duration/Frequency:
34 hours/21 January 2025 to 24 January 2025 (8.30am to 6pm)
First 3 days in CADIT and last day in SP
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Mode of Training:
Classroom
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Venue:
Singapore Polytechnic
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Funding:
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This course introduces participants to Computational Fluid Dynamics (CFD) analysis using ANSYS Fluent software and its application. Physical testing will be conducted to validate case study CFD simulation results obtained from hands-on workshop.
This course also allows participants to appreciate advanced tools used to conduct Virtual Fluid Dynamics Testing for various industry applications.
Additionally, learning materials include laboratory practical testing to further teach the best practices and insights, while conducting Computational Fluid Dynamics (CFD) analysis. This includes the real-world work processes of how CAD models can be developed and used for simulation packages.
This course also allows participants to appreciate advanced tools used to conduct Virtual Fluid Dynamics Testing for various industry applications.
Additionally, learning materials include laboratory practical testing to further teach the best practices and insights, while conducting Computational Fluid Dynamics (CFD) analysis. This includes the real-world work processes of how CAD models can be developed and used for simulation packages.
By the end of the course, participants will be able to:
Explain the Basic Theory for Computational Fluid Dynamics (CFD) Analysis
Perform CFD analysis, including geometry preparation, meshing, setting up the solver, running the simulation and post-processing
Define General Procedure involved in CFD Analysis
Explain the validation approach to ensure result accuracy from CFD Analysis
Topics to be covered:
- Computation Fluid Dynamics Basics
- Postprocessing Fluid Simulations and Working with Parameters
- Solving and other Physics
- Experiment and Simulation