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Generation Of The Three Dimensional Numerical Wave Tank And Study On Hydrodynamic Of Oil Boom

Posted on:2015-08-14Degree:MasterType:Thesis
Country:ChinaCandidate:T T ZhangFull Text:PDF
GTID:2272330431464599Subject:Port, Coastal and Offshore Engineering
Abstract/Summary:PDF Full Text Request
In recent decades, with the rapid development of china’s domestic economy, theocean has played a very important role in the China’s domestic economy. With thedevelopment of the maritime industry, the undersea oil exploration and thedevelopment of the transportation of raw oil in the offshore, the accident of oil spilloccurred unexpectedly, in general, the oil boom is one of the most importantequipment to prevent oil from spreading. Therefore research booms performanceunder sea conditions is very meaningful.This paper based Flow3D software and has successfully constructed athree-dimensional numerical wave tank, using the boundary conditions to generate athree-dimensional wave tank and use the ramp-porous media structures to achieve athree-dimensional wave-wave flume; Flow3D wave tank is constructed based on thefinite difference method, using FAVOR Technical display geometry and uses thesame RNG κ-ε model and the VOF method; then extracted Flow3D wave force inputto the ANSYS finite element software, stress analysis booms in the structure inANSYS.This paper uses FLOW3D to complete analog linear rule waves which cangenerate steady wave field that can last longer, and calculate the different slopes, anddifferent porosity on the effect of different materials on the wave-particle properties;ANSYS was used to analyze the floating body mechanical properties of the oilcolumn type enclosed structure.
Keywords/Search Tags:oil boom, FLOW3D, three dimensional of numerical wave tank, wave-absorbing, ANSYS, stress
PDF Full Text Request
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