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Effect of flat deck on catamaran water entry through smoothed particle hydrodynamics
This article presents an investigation of water entry of two types of catamarans by smoothed particle hydrodynamics method. Constant velocity is considered for each model. For the first model, J3, water entry simulation of demi hull, wave-piercing hull and whole hull is performed. Pressure distribution and free surfaces of each test are presented. Comparison between pressure distribution of the whole hull and other parts shows a principal difference in flow regime around the bodies. Pressure coefficient of the whole body is larger than other body and has an increasing-decreasing behavior versus time. The second case study includes an INCAT model which is also simulated at a constant velocity. Pressure distribution of the INCAT model is compared against that of J3 model. Because of different geometries of the models, there are differences in their surrounding flow and pressure distributions. Mean pressure distribution and peak pressure of the J3 model are found to be greater than those of the INCAT model. Therefore, one may claim that a rounded corner body lick as INCAT model is perhaps better than a sharp body lick as J3 model.
Effect of flat deck on catamaran water entry through smoothed particle hydrodynamics
This article presents an investigation of water entry of two types of catamarans by smoothed particle hydrodynamics method. Constant velocity is considered for each model. For the first model, J3, water entry simulation of demi hull, wave-piercing hull and whole hull is performed. Pressure distribution and free surfaces of each test are presented. Comparison between pressure distribution of the whole hull and other parts shows a principal difference in flow regime around the bodies. Pressure coefficient of the whole body is larger than other body and has an increasing-decreasing behavior versus time. The second case study includes an INCAT model which is also simulated at a constant velocity. Pressure distribution of the INCAT model is compared against that of J3 model. Because of different geometries of the models, there are differences in their surrounding flow and pressure distributions. Mean pressure distribution and peak pressure of the J3 model are found to be greater than those of the INCAT model. Therefore, one may claim that a rounded corner body lick as INCAT model is perhaps better than a sharp body lick as J3 model.
Effect of flat deck on catamaran water entry through smoothed particle hydrodynamics
Farsi, M (author) / Ghadimi, P
2015
Article (Journal)
English
Simulation , Fluid mechanics , Pressure , Boats , Effects , Water
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