(6ÈrptÈ12) and flow rate of exhaust gas on the Net work and combined thermal efficiency and exergy loss of exhaust gas … at lower pressure ratio. The combined thermal efficiency increases by 10% with an increase in the turbine inlet … temperature from 1100 to 1500 K. It is found that the combined thermal efficiency increases with all pertinent parameters. …

(6≤rpt≤12) and flow rate of exhaust gas on the Net work and combined thermal efficiency and exergy loss of exhaust gas … at lower pressure ratio. The combined thermal efficiency increases by 10% with an increase in the turbine inlet … temperature from 1100 to 1500 K. It is found that the combined thermal efficiency increases with all pertinent parameters. …

evaluation through energy and exergy efficiencies. The solar pond system is filled with magnesium chloride containing water to … the temperature sensors. The energy and exergy content distributions are determined for the heat storage zone and the non …-convective zone. The maximum exergy destructions and losses appear to be 79.05 MJ for the heat storage zone and 175.01 MJ for the non …

preparation in the tank is accomplished. From the experimental results, correlations between exergy destruction and the standing … it is deduced that in order to minimize the cost of exergy destruction in a two stage discharging regime, the initial …

work and electrical power. For each end-use we estimated a time dependent efficiency of conversion from exergy to useful …-2000) trends in resource exergy supply and conversion to useful work in the United Kingdom. The exergy resources considered … (including biomass). All flows of exergy were allocated to an end use such as providing heat, light, transport, human and animal …

In this paper, an energy and exergy analysis is performed on four different wind power systems, including both … variables are analyzed and the predicted results are discussed. The exergetic efficiency of each wind turbine is studied for …