Numerical Thermo-Fluid Mechanics Project List
Project 5 - Two-Dimensional Unsteady Flow In A Lid Driven Cavity With Constant Density And ViscosityThe objective of this project is to develop and apply a computer program to solve the two-dimensional unsteady Navier-Stokes equations for an elliptic flow in a square cavity with top wall sliding at a given velocity.
Project 4 - Parabolic Flow In Parallel Plate ChannelThe objective of this project is to develop and apply a computer program to compute parabolic flow in a straight channel. Such a flow is of boundary layer type, and can be computed by solving the boundary layer form of the Navier-Stokes equations.
Project 3 - Comparison Of Different Schemes For Two-Dimensional Viscous Scalar Transport EquationThe purpose of this project is to develop a computer program to solve the two-dimensional viscous
scalar transport equation. Four differencing schemes: Upwind scheme, MacCormack scheme, Leap Frog scheme and Lax scheme were applied and their performance was investigated. Project 2 - Comparison Of Different Solvers For Two-Dimensional Steady Heat Conduction In A Rectangular Domain With Dirichlet Boundary ConditionsComparison of different solvers (Jacobi scheme, Gauss-Seidel scheme, Successive Over-relaxation scheme, Line Inversion) for a system of linear equations.
Developed a computer program to determine the two-dimensional unsteady temperature distribution in a rectangular domain. Explicit scheme with second-order central differencing of the spatial derivatives was used to discretize the derivatives.
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Vortex shedding from bluff bodies is a very important industrial flow problem and has numerous applications. In this project, we simulated the development of Kármán vortices from a flat plate with different angle of attack placed in a uniform stream.
Recirculating flows are often encountered within industrial equipments. Typical examples are orifices, sudden expansions, flow in channels with baffles, flows in sloping wall combustors, etc. In this project, we investigated the flow in a planar channel with a baffle.
Fluent Project 1 - Moffat Vortices In Two-Dimensional Lid-Driven Cavity FlowMoffat vortices are often observed in cavity flows when one of the boundaries is inflicted with shear stress. In this project, Moffat vortices were examined in two-dimensional lid-driven cavity flow. The cavity is of square shape.
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