ACU-OER

Ocean Hydrodynamics

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- Category : Engineering > Engineering
- Keyword : Fluid Mechanics ,Various Numerical Methods Hydrodynamic Problems ,Viscous and Inviscid Flows,Hydrodynamic Forces
- Taught by : Yeonu Cho
- Created By : Korea Advanced Institute of Science and Technology
- Offered By : KOCW
- Date Added : 2016.12.26
The objectives of this course are to teach students the fundamentals of fluid mechanics and various numerical methods to solve hydrodynamic problems with strong oceanic applications in mindTopics include both viscous and inviscid flowshydrodynamic forcesvortical flowsand water waves interacting with structures.

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Number of lessons: 27

차시별 강의
No	Contents Type & Play	Subject	Description	URL
1.	Type	Subject Introduction and Kinematics 1	Description This lecture introducs the course and explains about Kinematics	Url URL
2.	Type	Subject Introduction and Kinematics 2	Description This lecture introducs the course and explains about Kinematics	Url URL
3.	Type	Subject Conservation of mass, momentum, and energy 1	Description This lecture explains about Conservation of mass, momentum, and energy	Url URL
4.	Type	Subject Conservation of mass, momentum, and energy 2	Description This lecture explains about Conservation of mass, momentum, and energy	Url URL
5.	Type	Subject Navier-Stokes equations and Exact solutions 1	Description This lecture explains about Navier-Stokes equations and Exact solutions	Url URL
6.	Type	Subject Navier-Stokes equations and Exact solutions 2	Description This lecture explains about Navier-Stokes equations and Exact solutions	Url URL
7.	Type	Subject Rotation and Vorticity 1	Description This lecture explains about Rotation and Vorticity	Url URL
8.	Type	Subject Rotation and Vorticity 2	Description This lecture explains about Rotation and Vorticity	Url URL
9.	Type	Subject High/Low Reynolds number flows 1	Description This lecture explains about High/Low Reynolds number flows	Url URL
10.	Type	Subject High/Low Reynolds number flows 2	Description This lecture explains about High/Low Reynolds number flows	Url URL
11.	Type	Subject Boundary layer theory 1	Description This lecture explains about Boundary layer theory	Url URL
12.	Type	Subject Boundary layer theory 2	Description This lecture explains about Boundary layer theory	Url URL
13.	Type	Subject Friction and form drags 1	Description This lecture explains about Friction and form drags	Url URL
14.	Type	Subject Friction and form drags 2	Description This lecture explains about Friction and form drags	Url URL
15.	Type	Subject Euler equations and Bernoulli equation 1	Description This lecture explains about Euler equations and Bernoulli equation	Url URL
16.	Type	Subject Euler equations and Bernoulli equation 2	Description This lecture explains about Euler equations and Bernoulli equation	Url URL
17.	Type	Subject Potential flows in an unbounded domain 1	Description This lecture explains about Potential flows in an unbounded domain	Url URL
18.	Type	Subject Potential flows in an unbounded domain 2	Description This lecture explains about Potential flows in an unbounded domain	Url URL
19.	Type	Subject Panel method 1	Description This lecture explains about Panel method	Url URL
20.	Type	Subject Panel method 2	Description This lecture explains about Panel method	Url URL
21.	Type	Subject Vortex dynamics 1	Description This lecture explains about Point vortices and vortex sheet	Url URL
22.	Type	Subject Vortex dynamics 2	Description This lecture explains about Point vortices and vortex sheet	Url URL
23.	Type	Subject Hydrofoil theory 1	Description This lecture explains about Hydrofoil theory	Url URL
24.	Type	Subject Hydrofoil theory 2	Description This lecture explains about Hydrofoil theory	Url URL
25.	Type	Subject Free surface boundary conditions and linear waves 1	Description This lecture explains about Free surface boundary conditions and linear waves	Url URL
26.	Type	Subject Free surface boundary conditions and linear waves 2	Description This lecture explains about Free surface boundary conditions and linear waves	Url URL
27.	Type	Subject Wave-body interaction	Description This lecture explains about Wave-body interaction	Url URL