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Objectives With Specific Aims and Possible Outcome: The Objectives of The Study

The objectives of the study are to numerically investigate hydrodynamic interaction phenomena for 3D freely floating box-shaped bodies and the effect of parameters like body arrangement, size, separation distance, and wave heading angle using frequency domain analysis. The specific aim is to examine how hydrodynamic interaction impacts added mass and damping coefficients, exciting forces, motion responses, and radiation and diffraction for box-shaped floating bodies. The outcomes hope to illustrate these effects and provide recommendations to help ensure safety of bodies operating near each other at sea.

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Mir Tareque Ali
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44 views1 page

Objectives With Specific Aims and Possible Outcome: The Objectives of The Study

The objectives of the study are to numerically investigate hydrodynamic interaction phenomena for 3D freely floating box-shaped bodies and the effect of parameters like body arrangement, size, separation distance, and wave heading angle using frequency domain analysis. The specific aim is to examine how hydrodynamic interaction impacts added mass and damping coefficients, exciting forces, motion responses, and radiation and diffraction for box-shaped floating bodies. The outcomes hope to illustrate these effects and provide recommendations to help ensure safety of bodies operating near each other at sea.

Uploaded by

Mir Tareque Ali
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as DOC, PDF, TXT or read online on Scribd
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9.

Objectives with specific aims and possible outcome: The objectives of the study
are as follows:
a. To numerically investigate hydrodynamic interaction phenomena for 3D freely
floating box-shaped bodies.
b. To investigate the effect of following parameters on hydrodynamic interaction
i) Arrangement of identical and non-identical panels over the wetted
surface of the floating bodies.
ii) Identical and Non-identical size for the floating bodies.
iii) The separation distance (gap) between the floating bodies.
iv) Arrangement of the floating bodies i.e., 1x2, 2x2, 1x3, 3x3, 1x21 etc.
v) Wave heading angle.

The specific aim of study is to investigate hydrodynamic interaction phenomena for 3D box-
shaped floating bodies using frequency domain analysis.

The possible outcome: The possible outcomes of the study are as follows:
a. To illustrate the effect of hydrodynamic interaction on added mass and
damping coefficients of box-shaped floating bodies.
b. To depict the effect of hydrodynamic interaction for wave exciting forces on
the box-shaped floating bodies.
c. To depict the effect of hydrodynamic interaction for motion responses of the
box-shaped floating bodies.
d. To depict the effect of hydrodynamic interaction for radiation as well as
diffraction problems.
e. To give recommendation in the light of above mentioned analysis that will be
helpful to ensure the safety of floating bodies operating in close vicinity in
open sea.

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