Keywords: نسل آنتروپی; Entropy generation; Thermodynamic analysis; Irreversibility; Desiccant wheel
مقالات ISI نسل آنتروپی (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: نسل آنتروپی; Dumping; Energy engineering; Entropy generation; Fuzzy logic; Neural network; Turbine extract
Keywords: نسل آنتروپی; Heat exchanger network; Global optimization; Energy conservation; Entransy dissipation; Entropy generation
Keywords: نسل آنتروپی; Heat conduction; Entransy dissipation; Entropy generation; Optimization principle; Cellular automaton;
Keywords: نسل آنتروپی; Stratified two-phase flow; Heat transfer; Entropy generation; Volume of fluid method; Mini-channel;
Keywords: نسل آنتروپی; Second law analysis; Entropy generation; Thermodynamic optimization; Optimal design; Sustainable systems; Efficiency; Irreversibility;
Keywords: نسل آنتروپی; Entropy generation; Thin film; Couple stress fluid; Inclined heated plate; Temperature dependent viscosity; Irreversibility ratio;
Keywords: نسل آنتروپی; Natural convection; Porous media; Entropy generation; Bejan number;
Keywords: نسل آنتروپی; Entropy generation; Internal heat generations; Local thermal non-equilibrium; Nanofluid; Porous microchannels; Thermal asymmetries;
Keywords: نسل آنتروپی; Entropy generation; Local thermal non-equilibrium; Microchannels; Porous medium; Nanoparticle; Viscous dissipation
Keywords: نسل آنتروپی; Boiling; Entropy generation; Helically coiled tube; Pressure drop; Heat transfer coefficient; Bejan numberEbullition; Production d’entropie; Tube enroulé en hélice; Chute de pression; Taux de transfert de chaleur; Nombre de Bejan
Keywords: نسل آنتروپی; Entropy generation; Double diffusion; Nanofluid; Natural convection; Solar thermal systems; Chaos;
Keywords: نسل آنتروپی; Local thermal non-equilibrium; Porous-fluid interface; Viscous dissipation; Entropy generation; Forced convection;
Keywords: نسل آنتروپی; Impinging jet; Porous medium; Darcy-Forchheimer-Brinkman model; SUPG-finite element method; Entropy generation; Nusselt number;
Keywords: نسل آنتروپی; Entropy generation; Natural convection; Rhombic enclosures; Convective heat transfer; Irreversibilities;
Keywords: نسل آنتروپی; Channel flows; Nanofluids; Variable viscosity; Entropy generation; Bejan number
Keywords: نسل آنتروپی; Entropy generation; Porous media; Thermal asymmetries; Thermal non-equilibrium; Viscous dissipation
Keywords: نسل آنتروپی; Thermal management; Entropy generation; Heat transfer rate; Natural convection; Tilted cavity; Porous media
Keywords: نسل آنتروپی; Entropy generation; Internal heat sources; Forced convection; Local thermal non-equilibrium; Mathematical modelling;
Keywords: نسل آنتروپی; Natural convection; Concave surface; Convex surface; Galerkin finite element method; Entropy generation; Nusselt number;
Keywords: نسل آنتروپی; Latent; Thermal energy storage; Exergy analysis; Entropy generation; Phase change material;
Keywords: نسل آنتروپی; Multi-objective optimization; Ground heat exchangers; Entropy generation; Genetic algorithm; Pareto frontier;
Keywords: نسل آنتروپی; Compact heat transfer surfaces; Entropy generation; Exergy destruction; Heat transfer surface performance criteria;
Keywords: نسل آنتروپی; Entropy generation; Fokker-Planck equation; Irreversible systems; Non-equilibrium thermodynamics;
Keywords: نسل آنتروپی; Entransy increase; Entropy generation; Exergy; Heat pump; Analyses;
Keywords: نسل آنتروپی; Entropy; Entropy generation; Entropy production; Irreversibility; Dissipation; Work
Keywords: نسل آنتروپی; Plate-fin; Heat exchanger; Entropy generation; Irreversibility; Optimization
Keywords: نسل آنتروپی; Microbial Fuel Cell; Bioelectrochemical system; Entropy generation; Constructal design;
Keywords: نسل آنتروپی; Entropy generation; Fuel cells; Irreversibility;
Keywords: نسل آنتروپی; Optimization; Entropy generation; Irreversibility; Microchannel
Keywords: نسل آنتروپی; Boundary layer flow; Radially stretching surface; Convective boundary; Entropy generation
Keywords: نسل آنتروپی; Heat transfer; Entropy generation; Power-law fluid; Minimum entropy generation;
Keywords: نسل آنتروپی; Entropy generation; Multiwalled carbon nanotube; Aluminum oxide; Cross section; Shape
Keywords: نسل آنتروپی; Boundary layer flow; Stretching cylinder; Viscous dissipation; Entropy generation
Keywords: نسل آنتروپی; Entropy generation; Elastic power; Cell nanomechanics; Irreversibility; Membrane; Cancer
Keywords: نسل آنتروپی; Natural convection; Inclined square cavities; Finite element simulations; Streamlines; Heatlines; Entropy generation;
Keywords: نسل آنتروپی; Mixed convection; Entropy generation; By-pass factor; PPR; Clearance spacing; Fin spacing
Keywords: نسل آنتروپی; Entransy analysis; Entransy dissipation; Entropy generation; Exergy output; Power output;
Keywords: نسل آنتروپی; Entropy generation; Heat recuperation; Micro-combustor with baffles;
Keywords: نسل آنتروپی; Mini heat exchanger; Flow distribution; Thermal performance; Entropy generation; Infrared thermography
Keywords: نسل آنتروپی; Entropy generation; Swirl intensity; Turbulence modeling; CFD
Keywords: نسل آنتروپی; Nanofluids; Entropy generation; Viscous dissipation; Mixed convection; Vertical channel
Keywords: نسل آنتروپی; Entransy analysis; Entransy dissipation; Entropy generation; Entransy efficiency; COP; Exergy efficiency; Irreversible heat pump;
Keywords: نسل آنتروپی; Shell and tube heat exchanger; Heat transfer rate; Overall heat transfer coefficient; Entropy generation; Nanofluid;
Keywords: نسل آنتروپی; Performance evaluation criteria; Single-phase laminar flow; Non-circular ducts; Entropy generation
Keywords: نسل آنتروپی; Entropy generation; Energy dissipation; Fretting; Plasticity deformation; FEM;
Keywords: نسل آنتروپی; Co-flow; Entropy generation; Turbulence; Jets
Keywords: نسل آنتروپی; Forced convection; Direct absorption solar collector; Finite element method; Nanofluid; Entropy generation; Heatfunction;
Keywords: نسل آنتروپی; Minichannel solar collector; Entropy generation; Nanofluids; Efficiency
Keywords: نسل آنتروپی; Design optimization; Ground heat exchangers; Entropy generation; Genetic algorithm; Case study