Multi-phase Flow Noise Tip vortex cavitation and cavitation noise prediction using DDES technique | |
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실무책임 : 조정훈 석사과정, 하준범 석사과정, 구가람 박사과정Main figure : Tip vortex cavitation flow and vorticity magnitude=============================================================================================================================================================================================== ===============================================================================================================================================================================================
Simulation domain and boundary conditions for tip vortex cavitation simulationNumerical results : Boundary layer development on LCT wallNumerical results : Resistance and wake field on DARPA suboff submarine hullNumerical results : Grid refinement strategy and vorticity magnitude for tip vortex cavitationNumerical results : Comparison of tip vortex cavitation between HSP17 and HSP38 propellersNumerical results : Comparison of tip vortex cavitation between fully incompressible and vapor compressible conditionsNumerical results : Power spectral density spectrum (Integral surface size effect / Skew effect / Vapor compressibility effect)연구목적
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지원기관 및 공동연구기관
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