| Mathematical description of physical phenomena; F-D Methods: Direct Approximation Approach, Taylor Serial Control Volume Approach, Truncation Error, Discretization and Roundoff Errors, Convergence, Numerical Stability Solution of Simultaneous Equations; F-E Methods: Steps for FEM Solution, Fundamentals, Interpolation Function Galerkin Method, Elements, Assembly, Condensation and Substructuring. Convection Heat Transfer: Parabolic and Elliptic Solutions. Turbulence: Stress Relations and Reynolds Stresses; Turbulance Model Computation. |
