 2014 - 2015 | |||||||||||||||||||||||||||||
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| 0542-4391-02 | A Laboratory in Numerical Simulation of Flow & Heat Transfer | ||||||||||||||||||||||||||||
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| FACULTY OF ENGINEERING | |||||||||||||||||||||||||||||
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University credit hours: 3.0
Course description
Credit points: 3.5
Prerequisites: Fluid Mechanics (1), Heat Transfer
The lab will use commercial software packages such as FIDAP.
Pre-processing: generation of body-fitted coordinates, grid quality control. Construction of numerical model of engineering problems, interactive definition of the problem. Simulations: selection of numerical parameters, stability conditions, tools for monitoring the solution process. Test cases: flow in a channel, flow over bluff bodies including vortex-shedding, flow over aerodynamic airfoils, time-dependent flows and flows with moving boundaries. Post-processing: convergence test, validation and evaluation of the solution, visualization of the results, presentation of the results. Final project.
Prerequisites: Fluid Mechanics (1), Heat Transfer
The lab will use commercial software packages such as FIDAP.
Pre-processing: generation of body-fitted coordinates, grid quality control. Construction of numerical model of engineering problems, interactive definition of the problem. Simulations: selection of numerical parameters, stability conditions, tools for monitoring the solution process. Test cases: flow in a channel, flow over bluff bodies including vortex-shedding, flow over aerodynamic airfoils, time-dependent flows and flows with moving boundaries. Post-processing: convergence test, validation and evaluation of the solution, visualization of the results, presentation of the results. Final project.