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주차

주차명(주제)

차시

차시명(학습내용)

평가방법

1

Aerodynamics Basics: Review of Fluid Variables and Operators

1-1

Vector Calculus

퀴즈

1-2

Vorticity and Pressure

1-3

Governing Equations: Mass

Conservation

2

Aerodynamics Basics: Governing Equations and Flow Kinematics

2-1

Governing Equations: Momentum Principles

퀴즈, 과제

2-2

Euler Equations

2-3

Flow Kinematics

3

Potential Flow: Definition and Elementary Potential Flows

3-1

Governing Equations for Potential Flow

퀴즈

3-2

Elementary Potential Flows

3-3

Superposition, Rankine Half Body

4

Potential Flow: Kutta-Joukowski Theorem and d'Alembert Paradox

4-1

Rankine Half Body, Flow Past a Cylinder

퀴즈

4-2

Kutta-Joukowski Theorem, d’Alembert Paradox

4-3

Complex Potential

5

Potential Flow: Joukowski Transform and Kutta Condition

5-1

Conformal Mapping: Concept

퀴즈, 과제

5-2

Conformal Mapping: Joukowski Transform

5-3

Joukowski Transform, Kutta Condition

6

Airfoil Theory: Airfoil Characteristics and Vortex Sheet

6-1

Kutta Condition, Kelvin’s Circulation Theorem

퀴즈

6-2

Airfoil Theory, Airfoil Nomenclature

6-3

Airfoil Characteristics, Vortex Sheet

7

Airfoil Theory: Thin Airfoil Theory

7-1

Thin Airfoil Theory

퀴즈, 과제

7-2

Symmetric Airfoil

7-3

Cambered Airfoil: Fundamental Equation

중간고사

8

Airfoil Theory: Cambered Airfoil and High-Lift Devices

8-1

Cambered Airfoil 2: Lift Force

퀴즈

8-2

Cambered Airfoil 3: Aerodynamic Center

8-3

Airfoil Design, Flow Separation, High-Lift Devices

8-4

XFOIL Tutorial

퀴즈

9

Wing Theory: Downwash and Biot-Savart Law

9-1

Finite Wing, Downwash 

퀴즈

9-2

Vortex Filament, Helmholtz Theorem

9-3

Biot-Savart Law

10

Wing Theory: Lifting Line Theory

10-1

Lift Distribution Along the Span

퀴즈

10-2

Prandtl’s Lifting Line Theory: Horseshoe Vortices

10-3

Prandtl’s Lifting Line Theory: Fundamental Equation

11

Wing Theory: Elliptic Lift Distribution

11-1

Downwash and Induced Angle of Attack

퀴즈

11-2

Lift and Induced Drag

11-3

Wing Planform Shape

11-4

Preliminary Design of a Wind Turbine Blade

12

Wing Theory: General Lift Distribution

12-1

Formulation of General Lift Distribution

퀴즈, 과제

12-2

Downwash and Induced Angle of Attack

12-3

Lift and Induced Drag

12-4

Optimization of Wind Turbine Blade

13

Wing Theory: Aspect Ratio Effects and Numerical Methods

13-1

Effects of Wing Aspect Ratio

퀴즈

13-2

Numerical Methods

13-3

Delta Wing

14

Viscosity Effects

14-1

Friction Drag

퀴즈, 과제

14-2

Flow Separation, Form Drag

14-3

Performance Evaluation of the Designed Wind Turbine

기말고사