Numerical Study on Cavitation Characteristics of Propeller Under Oblique Flow Conditions
Shanghai Jiaotong Daxue xuebaoTo study the cavitation characteristics of propellers under oblique flow conditions and quantitatively analyze the blade cavitation area, this paper takes the PC456 propeller model as the research object.
YU Kai, CHENG Chen, SHI Guangyu, LIU Dengcheng, WANG Chao
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Openfoam-interactive (OFI): an innovative universal interface to control solvers in openfoam
, 2019 We present a new method for coupling fluid and particle systems that works by directly manipulating the flow field variables, mimicking the presence of solid particles rather than adding additional force terms in the governing equations as, e.g., in the traditional immersed boundary method (IBM).
Singhal, Arpit +2 more
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Artificial Compressibility with Riemann Solvers: Convergence of Limiters on Unstructured Meshes
Free-surface flows and other variable density incompressible flows have numerous important applications in engineering.One way such flows can be modelled is to extend established numerical methods for compressible flows to incompressible flows using the ...
Leakey S, Glenis V, Hewett CJMH
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Shuili Shuiyun Gongcheng XuebaoIn recent years, offshore photovoltaics have become a rapidly growing sector in the field of renewable energy. Floating photovoltaics have become a new demand as offshore photovoltaic development moves towards deeper seas.
PEI Yuanyi +4 more
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Experiences with OpenFOAM for water turbine applications
, 2007 OpenFOAM has been used successfully at Chalmers for water turbine applications since the beginning of 2005. OpenFOAM has been validated for the flow in a Kaplan water turbine runner and draft tube, and for the swirling unsteady flow in a combustor.
Nilsson, Håkan,
core
Rekayasa MesinThe purpose of this research was to study the mechanism of air bubble formation at the T-Junction Minichannel. Numerical simulations were carried out using the Volume of Fluid (VOF) method on OpenFOAM v2112 with the Pressure Implicit with Splitting of ...
Gilang Destya Widodo +2 more
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A new Volume-of-Fluid method in OpenFOAM
, 2017 To realise the full potential of Computational Fluid Dynamics (CFD) within ma- rine science and engineering, there is a need for continuous maturing as well as verification and validation of the numerical methods used for free surface and interfacial flows.
Roenby, Johan +3 more
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Synthetic dataset of pore scale multiphase flow from direct numerical simulations. [PDF]
Sci DataAshraf U +9 more
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Bed sill effectiveness in reducing flow separation at open channel confluences: an openfoam-VOF 3D CFD study. [PDF]
Sci RepSandilya SS, Das BS, Pandey AK.
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Study on the Falling Characteristics of Interstitial Insolubles and the Brine Flow Field Response in Salt Cavity Reservoirs Considering Particle-Fluid Interactions. [PDF]
ACS OmegaZhang H, Wang W, Wang L.
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