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NUMERICAL PREDICTION OF THE LOCAL PRESSURE COEFFICIENT FOR SLAMMING LOADS ON SHIP HULL IN WAVES

Wang Yan-ying

Open publisher page 1 citations

Abstract

Using FLUENT software to calculate the pressure of the different section of ship hull in waves.And then application the boundary element software to calculate ship hull relative to the vertical velocity of wave surface under appointed sea situation,and established enter water model of ship hull section,to calculate distribution of the pressure and the vertical force.The finally results could be as experiential formulas ensure local pressure coefficient in future project design.

About this research paper

What this paper is about

Using FLUENT software to calculate the pressure of the different section of ship hull in waves.And then application the boundary element software to calculate ship hull relative to the vertical velocity of wave surface under appointed sea situation,and established enter water model of ship hull section,to calculate distribution of the pressure and the vertical force.The finally results could be as experiential formulas ensure local pressure coefficient in future project design.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Available abstract

Using FLUENT software to calculate the pressure of the different section of ship hull in waves.And then application the boundary element software to calculate ship hull relative to the vertical velocity of wave surface under appointed sea situation,and established enter water model of ship hull section,to calculate distribution of the pressure and the vertical force.The finally results could be as experiential formulas ensure local pressure coefficient in future project design.

Key concepts: Slamming, Hull, Pressure coefficient, Marine engineering, Impact pressure, Engineering, Ship motions, Fluent

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NUMERICAL PREDICTION OF THE LOCAL PRESSURE COEFFICIENT FOR SLAMMING LOADS ON SHIP HULL IN WAVES — Research Paper | ScholarLens