In general, the gas exits from gas turbine still has a high temperature. To recover its energy, a Rankine cycle is installed to receive thermal input energy from the gas. For each value of pressure ratio of the Brayton cycle, the optimum total efficiency is largely controlled by the pressure and temperature of steam entering turbine and the steam"”air mass flow rate ratio of the system. With the environment, the fluid entering temperature to the turbines, the minimum fluids temperatures difference in heat exchangers, and the quality of steam at the exit of steam turbine as constraints, optimum total efficiency of the system is investigated on this report
Steam turbine is one of the most important equipment in a power generation plant. With greater dema...
The performance of the steam turbine cycle combined with the heat pump is analyzed from the standpoi...
In this research, a theoretical and analytical study of gas turbine-steam turbine combined cycle for...
Rankine cycle efficiency and rankine cycle work process at PT. PG Rajawali II Jati Tujuh Unit Adding...
In this study, gas and steam bottoming cycles, driven by the exhaust gas of Gas turbine cycle, are a...
In this paper combined Brayton–Rankine cycle was mathematically simulated. In the Matlab program pac...
U radu je izvršena optimizacija zadanog kombiniranog plinsko – parnog ciklusa. Zadatkom je trebalo i...
Steam Turbine Generator (STG) is the plant which uses steam to turn turbine that will eventually dri...
The aim of this study is to improve the gas turbine operating conditions, used in the gas compressio...
Waste heat from the exhaust gas of a gas-turbine engine can be utilized to generate steam for indust...
Improving the efficiency of the steam power plant system is needed to save fuel. One of methods to i...
Predmet istraživanja ovog diplomskog rada je termodinamička analiza efikasnosti brodskih plinskoturb...
U ovom završnom radu je izvršena analiza kombiniranog Brayton-Rankineovog kružnog ciklusa koja uklju...
exhaust heat temperature leaving the heat recovery steam generatorsand the efficiencies of the heat ...
The present work shows that temperature decrease of heat rejection in a cycle is necessary for energ...
Steam turbine is one of the most important equipment in a power generation plant. With greater dema...
The performance of the steam turbine cycle combined with the heat pump is analyzed from the standpoi...
In this research, a theoretical and analytical study of gas turbine-steam turbine combined cycle for...
Rankine cycle efficiency and rankine cycle work process at PT. PG Rajawali II Jati Tujuh Unit Adding...
In this study, gas and steam bottoming cycles, driven by the exhaust gas of Gas turbine cycle, are a...
In this paper combined Brayton–Rankine cycle was mathematically simulated. In the Matlab program pac...
U radu je izvršena optimizacija zadanog kombiniranog plinsko – parnog ciklusa. Zadatkom je trebalo i...
Steam Turbine Generator (STG) is the plant which uses steam to turn turbine that will eventually dri...
The aim of this study is to improve the gas turbine operating conditions, used in the gas compressio...
Waste heat from the exhaust gas of a gas-turbine engine can be utilized to generate steam for indust...
Improving the efficiency of the steam power plant system is needed to save fuel. One of methods to i...
Predmet istraživanja ovog diplomskog rada je termodinamička analiza efikasnosti brodskih plinskoturb...
U ovom završnom radu je izvršena analiza kombiniranog Brayton-Rankineovog kružnog ciklusa koja uklju...
exhaust heat temperature leaving the heat recovery steam generatorsand the efficiencies of the heat ...
The present work shows that temperature decrease of heat rejection in a cycle is necessary for energ...
Steam turbine is one of the most important equipment in a power generation plant. With greater dema...
The performance of the steam turbine cycle combined with the heat pump is analyzed from the standpoi...
In this research, a theoretical and analytical study of gas turbine-steam turbine combined cycle for...