유체역학특론 (Advanced Fluid Mechanics)

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• 1st Project assignment

        - Presentation on Reynolds Transport Theorem (for 5~10 minutes)

           Team1:  김영민, 김지엽

           Team2:  김태우, 박소연

           Team3:  박지은, 여지은

           Team4:  이문희, 전지찬

           Team5:  조현빈, 강봉수

           Team6:  무함마드 우스만, 사피 아흐메드 메몬

           Team7:  이지원

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• HW#1

       - Let u = x(1+2t), v=y, and w=0.

         Evaluate streamline, pathline, and streakline as a function of x and y.

         Draw streamline, pathline, and streakline on x-y plane

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       - Derive vorticity vector in cylindrical coordinates 

       

• Assignment for presentation

 

      (4/25)

       - 사피 아흐메드 메몬 (Potential flow in 3D spherical coordinates)

       - 김지엽 (Stokes problem using Navier-Stokes equation)

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      (5/2)

       - 강봉수 (Low Reynolds number solution)

       - 조현빈 (Boundary layer equation)

         Numerical solution using Blasius solution

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      (5/9)

       - 무함마드우스만 (Kelvin theorem)

       - 이문희 (Boundary layer)

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      (5/23)

       - 여지은 (External flow over cylinders)

         Phenomenon occurred in the wake region

         Theoretical explanations of shear layer and Karman vortex

       - 김태우 (Potential flow with separation)

         Advanced potential flow to consider separation and recirculation

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      (5/30)

       - 김영민 (Surface wave equation)

         Describe surface wave motion using potential flow

       - 전지찬 (Buoyancy-driven flows)

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• Solutions for Problem set 1

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• Solutions for Problem set 2

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• Solution for Midterm exam

       

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• Homework set 3

       submit by June 14 before noon (at my office, E6-423)

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• Final exam

       When: June 19 from 7:00 P.M. 

       Where: Engineering Building 3, Seminar Room (next to ME department office)

       How: Closed book (Use an index card, both sides)