博士班資格考考試範圍

熱流組(丙組)

層流理論:

 1. Introduction

    a. Vetctor calculus and index notation

    b. Properties of the fluid

    c. Boundary conditions for flow problems

2. Fundamental Equations of Viscous Flow

    a. Conservation of Mass

    b. Conservation of Momentum

    c. Conservation of Energy

3. Exact Solutions of Viscous Flows

    a. Couette Flows

    b. Poiseuille Flows

    c. Low Reynolds Number Flows

4. Laminar Boundary Layers

5. Turbulence

紊流理論:

 1. Phenomenalogical analysis of turbulence

2. Equations for turbulent transport phenomena

3. Dynamics of turbulence

4. Statistical tools for description of turbulence

5. Spectral dynamics

6. Homogeneous turbulent flows and isotropic turbulence

7. Boundary free shear flows

8. Wall-bounded shear flow

9. Turbulence modeling and applications

10. Turbulence measurements

氣體動力學:

 1. Governing equations of fluid dynamics

2. Features to compressible flow and supersonic flows

3. Isentropic flow and applications

4. Shock wave and applications

5. Prandle-Myer expansion and applications

6. Conical flow

7. Fanno line (flow with friction)

8. Raleigh line flow (flow with heat transfer)

9. Multi-dimensional flow

10. Linear flow

傳導熱傳:

Separation of variables for steady and unsteady problems in Rectangular, Cylindrical, Spherical coordinates,

Duhamel's theorem,

Green's function method,

Laplace transform method,

Approximate methods.

對流熱傳:

Cengel: Heat Transfer,McgrawHill, 2nd ed. -

        Chapter 6~9 (Fundamental of Convection, External Forced Convection,

        Internal Forced Convection, Natural Convection)

Kays, et. al.: Convective Heat and Mass Transfer, McgrawHill, 4th ed. -

        Chapter 1-14