## Numerical Heat Transfer and Fluid Flow |

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an awesome book for CFD beginners

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algebraic equations algorithm aPTP Ax Ay basic rules boundary conditions calculation domain central-difference scheme Chapter computer program computer storage constant continuity equation control volume control volume shown control-volume faces convection convection-diffusion converged solution correct cross-stream denote density dependent variable developed differential equation diffusion coefficient direction discretization equation discussed duct elliptic exact solution example exponential scheme expression false diffusion Figure finite-element method flow field fluid flow formulation function Gauss-Seidel method given grid points heat conduction heat flux heat transfer interface iterative methods linear locations momentum equations negative neighbor coefficients nonlinear number of grid numerical method numerical solution Nusselt obtained outflow boundary Peclet number physical power-law scheme practical prediction pressure field pressure-correction equation procedure Section shown in Fig solving source term space coordinate Sparrow streamwise TDMA temperature field three-dimensional turbulence two-dimensional situation underrelaxation unsteady upwind scheme variation velocity components velocity field zero