預修此門課學生
<br>最好具備有流力與熱傳的基礎
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<br>課程主要
<br>Starting from the basics of Transport Equations in various form, discretization of the governing equations, solution schemes of the coupled, nonlinear equations to the existing commercial CFD packages, and the application/exercise of the CFD technologies.  
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<br>評分標準
<br>Term CFD Project	50%
<br>口頭報告    25 %
<br>書面報告    25%
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<br>請修課同學注意
<br>Home work and Project以run CFD為主
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<br>上課內容
<br>1.	Introduction  
<br>2.	Governing Differential Equations 
<br>3.        Discretization Methods
<br>4.        Conduction  
<br>5.        Diffusion-Convection
<br>6.        Cal. of Flow Field
<br>7.	Commercial CFD Package 
<br>8.        Application of CFD Methodology in Nuclear Reactor Safety
<br>9.	Special Topics
<br>          Introduction of Turbulence Model	
<br>          Mesh Requirement
<br>          Stability, Convergence, and Accuracy
<br>	Nonlinear Coefficients
<br>	Boundary Conditions
<br>	Under-Relaxation
<br>	Methods of Solution
<br>          Two-Phase Flow and Boiling Heat Transfer
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<br>References:
<br>S.V. Patankar, "Numerical Heat Transfer and Fluid Flow," Hemisphere Publishing, 1980
<br>D.A. Anderson et al., "Computational Fluid Mechanics and Heat Transfer," Hemisphere Publishing, 1987
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