Hydrodynamic analysis capture

Directory: matlab
Plat: matlab
Size: 405KB
Downloads: 2
Upload time: 2019-12-26 13:50:51
Uploader: tariq
Description:   folder = 'C:\Users\erinb\Documents\NTNU\Teaching\EWEM_H14\ProjectDescription\xxSRA_models\OC4semi\Decay6'; % folder % where the analysis was carried out bodyNum = 1; % body number motion = 6; %1 for surge, 3 for heave, 5 for pitch, 6 for yaw FFT_tmax = 1000; % maximum time for the FFT plot %(reduce if motions have already died out) endRamp = 360; % start time for decay test matfileName = 'm001.m'; wnForDampCoeff = 2*pi/80.4; % natural frequency in rad/s for damping coefficient % calculation. The damping coefficient calculation will not run for % wnForDampCoeff=0. This should be updated.

File list:
Hydrodynamic analysis capture\100\A33.jpg, 56228 , 2015-05-26
Hydrodynamic analysis capture\100\A55.jpg, 59768 , 2015-05-26
Hydrodynamic analysis capture\100\B33.jpg, 59054 , 2015-05-26
Hydrodynamic analysis capture\100\B55.jpg, 51783 , 2015-05-26
Hydrodynamic analysis capture\100\heave.jpg, 48613 , 2015-05-26
Hydrodynamic analysis capture\100\PITCH.jpg, 53778 , 2015-05-26
Hydrodynamic analysis capture\50\A33.jpg, 62739 , 2015-05-26
Hydrodynamic analysis capture\50\A55.jpg, 59267 , 2015-05-26
Hydrodynamic analysis capture\50\B33.jpg, 56107 , 2015-05-26
Hydrodynamic analysis capture\50\B55.jpg, 52782 , 2015-05-26
Hydrodynamic analysis capture\50\heave.jpg, 49483 , 2015-05-26
Hydrodynamic analysis capture\50\PITCH.jpg, 51296 , 2015-05-26
Hydrodynamic analysis capture\50\Thumbs.db, 14848 , 2019-12-26
Hydrodynamic analysis capture\100, 0 , 2015-06-10
Hydrodynamic analysis capture\50, 0 , 2019-12-26
Hydrodynamic analysis capture, 0 , 2015-06-10

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