| Description
| Numerical Methods Used in Heat Transfer (Finite-Difference Method, Galerkin and Variational Method, Collocation Method, Perturbation Method), Numerical Properties of Various Discretization Schemes (Numerical Stability, Numerical Consistency, Convergency, Accuracy and Error Bounds, Efficiency), Heat Conduction (One-Dimensional Transient Systems, Two-Dimensional Steady-state Systems, two-Dimensional Transient Systems), Boundary Layer Problems (Blausius Similarity Equation, Finite-Difference Method with Similarity Transformation, and Spline Approximations).
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