In this study, gas and steam bottoming cycles, driven by the exhaust gas of Gas turbine
cycle, are analyzed thermodynamically. The waste heat of the Gas turbine topping cycle …

Gas turbine cycle power plants are being broadly utilized for power generation around the
world. The change in temperature and humidity of ambient air substantially influences the …

An inter-cooled combustion-turbine based combined cycle has been shown to deliver
enhanced performance as compared to a simple cycle combustion-turbine based combined …

In this paper, a simulation based performance of a recuperated combined gas turbine (GT)
and steam turbine (ST) cycle is presented. The proposed combined cycle (CC) utilizes GT …

Various options for improving the performance of gas/steam combined cycle, the
performance enhancement can be achieved by increasing the turbine inlet temperature …

Full repowering of Be'sat steam power plant has been studied in this work. The methodology
is used to simulate the new cycle according to its principal specifications and to optimize it …

The thermodynamic performance of a gas turbine power plant has been compared for
different means of blade cooling in this work. Seven schemes involving air and steam as …

In the present study, new approaches for Landfill gas (LFG) energy recovery from operating
and decommissioning landfills were examined. LFG energy recovery is already a reality in …

Gas turbine blade cooling has major importance in improving the gas turbine cycle
performance by an increase in turbine inlet temperature (TIT). Among different cooling …

In recent years improved gas turbine performance through developments in high
temperature materials and blade cooling methods has made a positive impact on the …