Keywords: فشار فوق بحرانی; Ribbed tubes; Sub-critical pressure; Supercritical pressure; Numerical study; Geometric parameters;
مقالات ISI فشار فوق بحرانی (ترجمه نشده)
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Keywords: فشار فوق بحرانی; Numerical study; Supercritical pressure; Flow instability; Axially decreased power shape; Parallel channels;
Keywords: فشار فوق بحرانی; Supercritical pressure; Hydrocarbon fuel; Turbulence model; Correction;
Keywords: فشار فوق بحرانی; n-Decane; Convective heat transfer; Flow resistance; Pyrolysis; Supercritical pressure;
Keywords: فشار فوق بحرانی; Supercritical pressure; Buoyancy effect; Heat transfer enhancement; heat transfer deteriorationHeat transfer deterioration;
Keywords: فشار فوق بحرانی; Phase equilibrium; Supercritical pressure; Phase change; Diffusion layer;
Keywords: فشار فوق بحرانی; Supercritical pressure; Heat transfer characteristics; Buoyancy; Secondary flow;
Keywords: فشار فوق بحرانی; Supercritical pressure; Density wave and Ledinegg instability; Deteriorated heat transfer;
Keywords: فشار فوق بحرانی; Onset of flow instability; Hydrodynamic characteristics; Tube length; Tube diameter; Supercritical pressure; Dimensionless correlation;
Keywords: فشار فوق بحرانی; Jet impingement cooling; Supercritical pressure; Carbon dioxide; Enhancement; Micro structured surface;
Keywords: فشار فوق بحرانی; Supercritical pressure; sCO2; Turbulent flow; Two layer model; Heat transfer deterioration;
Keywords: فشار فوق بحرانی; Aviation kerosene; Heat transfer; Supercritical pressure; Heat transfer deterioration; Parametric effects;
Keywords: فشار فوق بحرانی; Fast calculation; Natural gas; Supercritical pressure; Thermodynamic properties; Variable-composition;
Keywords: فشار فوق بحرانی; Supercritical carbon dioxide (SC-CO2); Waterless sterilization; Oil palm fruitlets; Microbe inactivation; Supercritical pressure;
Keywords: فشار فوق بحرانی; Heat transfer; Spacer effect; Annuli; Supercritical pressure;
Keywords: فشار فوق بحرانی; Thermo-acoustic instability; Pivotal characteristic; Parametric effect; Supercritical pressure
Keywords: فشار فوق بحرانی; Heat transfer; Supercritical pressure; Parametric effects; Heat transfer deterioration; Buoyancy criterion;
Keywords: فشار فوق بحرانی; Numerical study; Heat transfer; Carbon dioxide; Horizontal helically coiled tubes; Supercritical pressure;
Keywords: فشار فوق بحرانی; Mixed convection; Supercritical pressure; Turbulent Prandtl number; Viscous sublayer;
Keywords: فشار فوق بحرانی; Buoyancy effect; Hydrocarbon fuel; Supercritical pressure; Turbulence models; Variable properties;
Keywords: فشار فوق بحرانی; CO2 storage; CO2 adsorption capacity; Vitrinite; Supercritical pressure; Macerals
Keywords: فشار فوق بحرانی; Flow distribution; Aviation kerosene; Supercritical pressure; Parallel helical tubes;
Keywords: فشار فوق بحرانی; Flow distribution; Parallel pipes; Hydrocarbon fuel; Supercritical pressure
Keywords: فشار فوق بحرانی; Heat transfer; Supercritical pressure; Parametric effects; Nanofluid; Minitube;
Keywords: فشار فوق بحرانی; Hydrocarbons; Heat transfer; Supercritical pressure; Horizontal tube;
Keywords: فشار فوق بحرانی; Supercritical pressure; Kerosene; Heat transfer
Keywords: فشار فوق بحرانی; Aviation kerosene; Heat transfer; Supercritical pressure; Parametric effects; Nanofluid;
Keywords: فشار فوق بحرانی; Supercritical pressure; Regenerative engine cooling; Heat transfer enhancement; Pressure loss; Thermal performance;
Keywords: فشار فوق بحرانی; Regenerative cooling; Turbulent Heat Transfer; Pressure loss; Supercritical pressure; Cooling channel design
Keywords: فشار فوق بحرانی; Convective heat transfer; Fluid-to-fluid scaling; Supercritical pressure; Look up table; Carbon dioxide; Water
Keywords: فشار فوق بحرانی; Supercritical pressure; Subchannel slice; Stability; Flow direction; System code; CFD;
Keywords: فشار فوق بحرانی; BLEVE; Stress corrosion cracking; Supercritical pressure; Case study
Numerical investigation of jet impingement cooling of a low thermal conductivity plate by supercritical pressure carbon dioxide
Keywords: فشار فوق بحرانی; Supercritical pressure; Jet impingement cooling; Numerical; Carbon dioxide;
Influence of channel scale on the convective heat transfer of CO2 at supercritical pressure in vertical tubes
Keywords: فشار فوق بحرانی; Supercritical pressure; Convective heat transfer; Channel scale; Buoyancy; Flow acceleration;
A modified buoyancy effect correction method on turbulent convection heat transfer of supercritical pressure fluid based on RANS model
Keywords: فشار فوق بحرانی; Supercritical pressure; Turbulence model; Buoyancy effect; Turbulent Prandtl number;
Onset of heat transfer deterioration in vertical pipe flows of CO2 at supercritical pressures
Keywords: فشار فوق بحرانی; Pipe flow; Supercritical pressure; Convective heat transfer; Heat transfer deterioration; Carbon dioxide;
Heat transfer analysis of n-decane with variable heat flux distributions in a mini-channel
Keywords: فشار فوق بحرانی; Hydrocarbon fuels; Heat transfer; Variable heat flux; Channel layout; Supercritical pressure;
Assessment of low-Reynolds number k-ε turbulence models against highly buoyant flows
Keywords: فشار فوق بحرانی; Turbulent heat transfer; Low-Reynolds number turbulence model; Supercritical pressure; Strong buoyancy;
Experimental investigation on convective heat transfer of supercritical RP-3 in vertical miniature tubes with various diameters
Keywords: فشار فوق بحرانی; Convective heat transfer; Buoyancy; Vertical tube; Supercritical pressure; Various diameters;
Influence of various aspects of low Reynolds number k-ε turbulence models on predicting in-tube buoyancy affected heat transfer to supercritical pressure fluids
Keywords: فشار فوق بحرانی; Supercritical pressure; Buoyancy affected heat transfer; Turbulence models; Turbulent Prandtl number; Buoyancy production; Damping function;
Convective heat transfer in supercritical flows of CO2 in tubes with and without flow obstacles
Keywords: فشار فوق بحرانی; Convective heat transfer; Supercritical pressure; Experimental data; Carbon dioxide; Heat transfer deterioration; Obstacles;
Heat transfer performance of aviation kerosene RP-3 flowing in a vertical helical tube at supercritical pressure
Keywords: فشار فوق بحرانی; Heat transfer; Aviation kerosene; Vertical; Helical tube; Supercritical pressure;
Thermal performance analysis of SuperORV heat transfer tube at supercritical pressure
Keywords: فشار فوق بحرانی; LNG; SuperORV; Heat transfer tube; Distributed parameter model; Thermal performance; Supercritical pressure
Fluid-to-fluid scaling of heat transfer phenomena with supercritical pressure fluids: Results from RANS analyses
Keywords: فشار فوق بحرانی; Supercritical pressure; CFD; Deteriorated heat transfer; Fluid-to-fluid scaling
A new formulation of variable turbulent Prandtl number for heat transfer to supercritical fluids
Keywords: فشار فوق بحرانی; Turbulent Prandtl number; Reynolds analogy; Mixed convection; Supercritical pressure; Strong property variation
Effect of pressure on thermal cracking of china RP-3 aviation kerosene under supercritical conditions
Keywords: فشار فوق بحرانی; Thermal cracking; Secondary reactions; Supercritical pressure; Aviation kerosene; Numerical simulation
Numerical investigation of heat transfer characteristics and flow resistance of kerosene RP-3 under supercritical pressure
Keywords: فشار فوق بحرانی; Supercritical pressure; Kerosene RP-3; Heat transfer; Flow resistance;
Experimental investigation of convection heat transfer of n-decane at supercritical pressures in small vertical tubes
Keywords: فشار فوق بحرانی; Hydrocarbon fuel; Supercritical pressure; n-Decane; Convection heat transfer; Experiments;
Viscosity measurements of hydrocarbon fuel at temperatures from (303.2 to 513.2)Â K and pressures up to 5.1Â MPa using a two-capillary viscometer
Keywords: فشار فوق بحرانی; Two-capillary viscometer; Hydrocarbon fuel; Supercritical pressure;
Simplification of pyrolytic reaction mechanism and turbulent heat transfer of n-decane at supercritical pressures
Keywords: فشار فوق بحرانی; Convective heat transfer; Thermal decomposition; Supercritical pressure; Engine cooling; n-Decane