Planning Procedure of Naval Architecture & Ocean Engineering

coursetab

c_weekno	Title	Body
01-1	Force, moment , Parallel-axis theorem, Static equilibrium state
01-2	Hydrostatic pressure and force/moment on a floating body (1)
02-1	Hydrostatic pressure and force/moment on a floating body (2)
02-2	Hydrostatic pressure and force/moment on a floating body (3)
03-1	Term Project 1: Programming for visualizing hull form in various position
03-2	Restoring force (1) : Transverse restoring Moment
04-1	Restoring force (2) : Longitudinal restoring Moment
04-2	Term project 2: Programming for calculation of the hydrostatic force in various ship position
05-1	Hydrostatics values
06-1	Pressure integration technique (1)
06-2	Pressure integration technique (2)
07-1	Term project 4: Programming for calculation of the ship position in static equilibrium
07-2	Ship Stability (1) : Intact stability and GZ curve
08-1	Ship Stability (2) : Damage Stability
08-2	Term project 5: Programming for calculation of the intact stability, plotting the GZ curves and verification of the IMO rule
09-1	An example of 3,700TEU Container ship Trim & Stability calculation
09-2	Examples of restoring force and stability
10-1	Multi Body System Dynamics (1)
10-2	Multi Body System Dynamics (2)
11-1	Dynamic equation of Heavy Cargo suspended by a Floating Crane
11-2	Term project 6: Analysis of motion of heavy cargo suspended by a floating crane by numerical simulation and model test in waves
12-1	PID control (1)
12-2	PID control (2)

code:

414.234A_2008F

level:

year:

term:

staff:

Prof. Lee, Kyu Yeul

c_regdate:

2009-04-23 17:21:10

department: