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Title: Effect of a commercial air valve on the rapid filling of a single pipeline: A numerical and experimental analysisAuthor: Coronado-Hernández O.E. / Besharat M. / Fuertes-Miquel V.S. / Ramos H.M.Language: InglésRepository: 61Subject: Air valve / Air-water interface / Filling / Flow / Pipelines / Transient / Air / Equations of state / Transients / Air valves / Air water interfaces / Filling process / Numerical and experimental analysis / Pipeline failures / Pressure surges / Thermodynamic variables / Phase interfaces / Accuracy assessment / Air-water interaction / Equipment / Experimental study / Model validation / Numerical method / Numerical model / Operations technology / Oscillation / Pipeline / Simulation / Thermodynamics / Transient flow
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Title: Experimental and numerical analysis of a water emptying pipeline using different air valvesAuthor: Coronado-Hernández, O.E. / Fuertes-Miquel, V.S. / Besharat, M. / Ramos, H.M.Language: InglésRepository: 61Subject: Air pocket / Air valve / Air-water / Emptying / Hydraulic model / Pipeline / Water hammer / Water supply / Hydraulic models / Pipelines / Air pockets / Air valves / Experimental and numerical analysis / Hydraulic characteristic / Subatmospheric pressures / Thermodynamic formulation / Air / Distribution system / Equipment component / Experimental study / Hydraulic structure / Installation / Numerical method / Numerical model / Operations technology
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Title: Computational fluid dynamics for sub-atmospheric pressure analysis in pipe drainageAuthor: Besharat M. / Coronado-Hernández O.E. / Fuertes-Miquel V.S. / Viseu M.T. / Ramos H.M.Language: InglésRepository: 61Subject: Computational fluid dynamics (CFD) / Emptying process / Entrapped air simulation / Experimental set-up / Realizable k-ϵ turbulence model / Sub-atmospheric pressure / Volume of fluid (VOF) multiphase model / Air / Atmospheric pressure / Phase interfaces / Pipelines / Turbulence models / Air water interfaces / Entrapped airs / Experimental set up / Main parameters / Multiphase model / Pressure variations / Subatmospheric pressures / Worst case scenario / Computational fluid dynamics
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