Keywords: از دست دادن اگزرژ; Energy storage; Adiabatic compressed air storage; Cost and efficiency optimization; Thermodynamic analysis; Exergy loss;
مقالات ISI ترجمه شده از دست دادن اگزرژ
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Keywords: از دست دادن اگزرژ; Second law performance; Nanofluid; Heat transfer; Exergy loss; Twisted tape turbulator;
Keywords: از دست دادن اگزرژ; Entropy generation; Heat transfer; Nano-refrigerant; Exergy loss; Condensation; Experimental approach;
Keywords: از دست دادن اگزرژ; Entropy generation; Exergy loss; Irreversibility; Cleaning process; Cyclone;
Keywords: از دست دادن اگزرژ; Concentrating photovoltaic-photothermochemical hybrid system; Spectral beam splitter; Methanol-Steam reforming; Exergy loss;
Keywords: از دست دادن اگزرژ; Helically coil; Heat exchanger; Exergy loss; Work; Nusselt number; Optimal value; Serpentin hélicoïdal; Ãchangeur de chaleur; Perte d'exergie; Travail; Nombre de Nusselt; Valeur optimale;
Keywords: از دست دادن اگزرژ; Helical tube heat exchanger; Heat transfer; Exergy loss; Taguchi approach; Optimization;
Keywords: از دست دادن اگزرژ; Energy utilization; Exergy loss; Potatoes; Fluidized bed dryer; Artificial neural network;
Keywords: از دست دادن اگزرژ; Exergy loss; Entransy loss; Entransy degeneration; Entransy loss equation; The generalized irreversible Carnot engine system; The generalized heat transfer law; Finite time thermodynamics;
Keywords: از دست دادن اگزرژ; Micro combustor; Heat recirculation; Flame speed; Exergy loss; Second law efficiency;
Keywords: از دست دادن اگزرژ; Corrugated tube; Exergy loss; Number of thermal units; Heat exchanger;
Keywords: از دست دادن اگزرژ; Exergy loss; Compact heat exchangers; Brazed plate heat exchanger; Experimentally;
Keywords: از دست دادن اگزرژ; Blast furnace; Exergy loss; Exergy flow; Carbon dioxide; Mass balance;
Keywords: از دست دادن اگزرژ; Helical shell and coiled tube heat exchanger; Exergy loss; Air bubbles injection; NTU; Effectiveness;
Keywords: از دست دادن اگزرژ; Coking process; Material flow; Energy flow; Exergy loss; Thermodynamic optimization;
Keywords: از دست دادن اگزرژ; Heat loss; Exergy efficiency; Thermal efficiency; Solar receiver; Heat transfer; Exergy loss;
Keywords: از دست دادن اگزرژ; Nanofluids; Plate heat exchanger (PHE); Spacing; Exergy loss; Exergetic efficiency;
Keywords: از دست دادن اگزرژ; Exergy loss; Exergetic effectiveness; TTHC heat exchanger; Thermodynamic parameters; Geometrical parameters; Flow parameters;
Keywords: از دست دادن اگزرژ; Shrouded wind turbines; Wind energy; Thermoeconomic; Exergy loss; Cost of power; Exergy efficiency
Keywords: از دست دادن اگزرژ; Shell and coiled tube heat exchanger; Exergy loss; Fluid properties; Thermodynamic characteristics; Geometry
Keywords: از دست دادن اگزرژ; Non-equilibrium thermodynamics; Chemical kinetics; Exergy loss; Gasoline surrogate;
Keywords: از دست دادن اگزرژ; Blast furnace; Iron-making process; Exergy loss; Optimization; Energy flow; Exergy flow;
Keywords: از دست دادن اگزرژ; Exergy analysis; Exergy loss; Crude preheat train; Furnace;
Keywords: از دست دادن اگزرژ; Corrugated plate heat exchanger; Nanofluid; Heat transfer rate; Pumping power; Exergy loss; Exergetic heat transfer effectiveness
Keywords: از دست دادن اگزرژ; Propane pre-cooling; Exergy loss; Refrigeration; Cascade cycle; Energy enhancementAC, air cooler; COP, coefficient of performance; EOS, equation of state; HP, high pressure; HX, heat exchanger; LNG, liquefied natural gas; LP, low pressure; MP, medium pres
Exergy analysis of a 1000â¯MW single reheat supercritical CO2 Brayton cycle coal-fired power plant
Keywords: از دست دادن اگزرژ; Supercritical carbon dioxide; Brayton cycle; Exergy balance equation; Exergy loss; Exergy efficiency;
Energy, exergy utilization and CO2 emission of strawberry production in greenhouse and open field
Keywords: از دست دادن اگزرژ; Energy and exergy utilization; CO2 emission; Strawberry; Greenhouse and open field; Exergy loss;
Performance characteristics of low concentrations of CuO/water nanofluids flowing through horizontal tube for energy efficiency purposes; an experimental study and ANN modeling
Keywords: از دست دادن اگزرژ; CuO/water nanofluid; Performance efficiency; Exergy loss; System size; Working fluid consumption; ANN;
Exergy analysis of LBE-helium heat exchanger in the experimental cooling loop based on accelerator driven sub-critical power system
Keywords: از دست دادن اگزرژ; Exergy efficiency; Unavoidable; Exergy loss; Intermediate heat exchanger; ADS;
Exergoeconomic analysis of ejector-augmented shrouded wind turbines
Keywords: از دست دادن اگزرژ; Shrouded wind turbines; Wind energy; Exergoeconomic; Exergy loss; Cost of power; Ejector inlet area ratio;
Exergy analysis of the turbine system in a 1000Â MW double reheat ultra-supercritical power plant
Keywords: از دست دادن اگزرژ; Double reheat ultra-supercritical power plant; Turbine system; Exergy balance equation; Exergy loss; Exergy efficiency;
Exergy analysis of a 1000Â MW double reheat ultra-supercritical power plant
Keywords: از دست دادن اگزرژ; Double reheat ultra-supercritical power plant; Thermodynamic analysis; Exergy loss; Sensitivity analysis;
The influence of different flow regimes on heat transfer performance and exergy loss of Al2O3/DI-water and CuO/DI-water nanofluids
Keywords: از دست دادن اگزرژ; Heat transfer performance; Transitional flow; Energy efficiency; Exergy loss; Input power, new correlations for Nu;
Comparison between Fanger's thermal comfort model and human exergy loss
Keywords: از دست دادن اگزرژ; Heat transfer; Mass transfer; Exergy loss; Exergy analysis; Thermal comfort; Indoor environment;
Exergetic performance optimization for new combined intercooled regenerative Brayton and inverse Brayton cycles
Keywords: از دست دادن اگزرژ; Intercooled regenerative cycle; Brayton cycle; Inverse Brayton cycle; Combined cycle; Exergy efficiency; Exergy loss;
Exergy analysis of dual pressure HRSG for different dead states and varying steam generation states in gas/steam combined cycle power plant
Keywords: از دست دادن اگزرژ; Heat Recovery Steam Generator (HRSG); Combined Cycle Power Plant (CCPP); Dead state; Exergy loss; Exergy efficiency;
Heat transfer and exergy loss in conical spring turbulators
Keywords: از دست دادن اگزرژ; Turbulators; Concentric heat exchanger; Exergy loss; NTU
Experimentally derived efficiency and exergy analysis of a new solar air heater having different surface shapes
Keywords: از دست دادن اگزرژ; Solar air collector; Collector efficiency; Exergy loss; Thermal efficiency
Investigating the effect of several thermodynamic parameters on exergy destruction in components of a tri-generation cycle
Keywords: از دست دادن اگزرژ; Tri-generation cycle; Advanced exergy analysis; Endogenous exergy destruction; Exogenous exergy destruction; Fuel consumption; Exergy loss
Alkanes as fluids in Rankine cycles in comparison to water, benzene and toluene
Keywords: از دست دادن اگزرژ; ORC; Rankine cycle; Thermal efficiency; T–H Diagram; Exergy loss
Energetic and exergetic investigation of an organic Rankine cycle at different heat source temperatures
Keywords: از دست دادن اگزرژ; Organic Rankine cycle; Irreversibility; Energy conversion; Exergy loss;
Energy utilization, carbon dioxide emission, and exergy loss in flavored yogurt production process
Keywords: از دست دادن اگزرژ; Flavored yogurt; Energy utilization; Carbon dioxide emission; Exergy loss;
Exergetic and economic evaluation of the effect of HRSG configurations on the performance of combined cycle power plants
Keywords: از دست دادن اگزرژ; Exergy; HRSG; Combined cycle; Efficiency; Exergy loss
Design and exergy analysis of solar roofs: A viable solution with esthetic appeal to collect solar heat
Keywords: از دست دادن اگزرژ; Solar roof; Solar collector; Exergy loss; Efficiency curve; Domestic hot water
An experimental investigation of exergy loss reduction in corrugated plate heat exchanger
Keywords: از دست دادن اگزرژ; Plate heat exchanger; Exergy loss; Corrugated plates; Turbulent flow; Energy saving
Thermodynamic analysis of transcritical CO2 refrigeration cycle with an ejector
Keywords: از دست دادن اگزرژ; Exergy loss; Coefficient of performance; Ejector; Entrainment ratio of ejector; Transcritical refrigeration cycle;
Study on the exergy loss of the horizontal concentric micro-fin tube heat exchanger
Keywords: از دست دادن اگزرژ; Entropy generation; Exergy loss; Micro-fin tube
Determination of loss coefficients for high-temperature flow devices: An entropy-based approach
Keywords: از دست دادن اگزرژ; Jet flow; Entropy production; Exergy loss; Loss coefficient; Radiation
Retrofit of distillation columns in biodiesel production plants
Keywords: از دست دادن اگزرژ; Thermodynamic analysis; Column grand composite curves; Exergy loss; Retrofitting; Thermodynamic efficiency
Exergetic analysis of transcritical CO2 residential air-conditioning system based on experimental data
Keywords: از دست دادن اگزرژ; CO2 refrigerant; Air-conditioning; Exergetic efficiency; Exergy loss