Add to ORKGA computer program is presented for analyzing the most commonly used gas-turbine cycle configurations from the energetic and exergetic standpoints. The first and second laws of thermodynamics are employed for the evaluation of the energy and the exergy losses. Examples are given to show the influence of the design parameters on the cycle performance
This work concerns the calculation and the analysis of the thermal performance of the components ofa...
Abstract: An exergetic analysis was performed for a 116-MW gas-turbine power plant. Mass and energy ...
Energy and Exergy analysis were conducted to evaluate the optimal performance of a 20 MW gas turbine...
A computer-program for single-cycle gas turbine plants is described. A High Temperature Reaetor is a...
Cogeneration cycles have better advantages over the conventional cycles. In this study, the performa...
Cogeneration cycles have many advantages over the conventional cycles. In this study, the performanc...
Cogeneration cycles have many advantages over the conventional cycles. In this study, the performanc...
Gas turbines overall theoretical performance analysis can be performed by using several thermodynami...
The exergy method of thermodynamic analysis is used to evaluate the efficiency of proposed Biomass I...
This study is about energy and exergy analysis of gas turbine power plant. Energy analysis is more q...
In this study an exergy analysis of 88.71 MW 13D2 gas turbine (GT) topping cycle is carried out. Exe...
In this study an exergy analysis of 88.71 MW 13D2 gas turbine (GT) topping cycle is carried out. Exe...
This work concerns the calculation and the analysis of the thermal performance of the components ofa...
This work concerns the calculation and the analysis of the thermal performance of the components ofa...
Exergy analysis of a 100MW gas turbine power plant that works on theBrayton cycle is presented. The ...
This work concerns the calculation and the analysis of the thermal performance of the components ofa...
Abstract: An exergetic analysis was performed for a 116-MW gas-turbine power plant. Mass and energy ...
Energy and Exergy analysis were conducted to evaluate the optimal performance of a 20 MW gas turbine...
A computer-program for single-cycle gas turbine plants is described. A High Temperature Reaetor is a...
Cogeneration cycles have better advantages over the conventional cycles. In this study, the performa...
Cogeneration cycles have many advantages over the conventional cycles. In this study, the performanc...
Cogeneration cycles have many advantages over the conventional cycles. In this study, the performanc...
Gas turbines overall theoretical performance analysis can be performed by using several thermodynami...
The exergy method of thermodynamic analysis is used to evaluate the efficiency of proposed Biomass I...
This study is about energy and exergy analysis of gas turbine power plant. Energy analysis is more q...
In this study an exergy analysis of 88.71 MW 13D2 gas turbine (GT) topping cycle is carried out. Exe...
In this study an exergy analysis of 88.71 MW 13D2 gas turbine (GT) topping cycle is carried out. Exe...
This work concerns the calculation and the analysis of the thermal performance of the components ofa...
This work concerns the calculation and the analysis of the thermal performance of the components ofa...
Exergy analysis of a 100MW gas turbine power plant that works on theBrayton cycle is presented. The ...
This work concerns the calculation and the analysis of the thermal performance of the components ofa...
Abstract: An exergetic analysis was performed for a 116-MW gas-turbine power plant. Mass and energy ...
Energy and Exergy analysis were conducted to evaluate the optimal performance of a 20 MW gas turbine...