In the design and operation of energy intensive systems the problem of improving its efficiency is very important. The main way to solve this problem is thermodynamic analysis. This paper describes the general approach for calculating the exergy efficiency of complex energy intensive systems with arbitrary structure. A novel general equation of systems exergy efficiency is provided. An example of the method applied to a nuclear power plant analysis is given
Chapter I describes the characteristics of a thermodynamic concept, exergy, in association with buil...
This paper analyzed the problems associated with physical exergy splitting, and based on this, prese...
The concept and origin of available energy--exergy were briefly introduced, theories about chemical ...
Improving mechanical system efficiency is the goal of many engineers and scientists. Commonly, the s...
Despite the strong support for exergy in thermodynamics, the industry still relies on energy based p...
This work introduces the Method of Exergy Multipliers. Having asserted the utility of the exergy con...
The aim of this paper is to investigate thermodynamic efficiency of hierarchical thermodynamic cycle...
The aim of this paper is to investigate thermodynamic efficiency of hierarchical thermodynamic cycle...
A conventional exergy analysis has some limitations, which are significantly reduced by an advanced ...
Exergy analysis is a technique at the forefront of applied thermodynamics research whereby systems t...
Energy analysis is an important tool to improve energy efficiency of a thermodynamic system. The con...
Exergy-based analysis methods are often used to analyse energy conversion systems. The main aim of a...
Energy analysis is an important tool to improve energy efficiency of a thermodynamic system. The con...
Chapter I describes the characteristics of a thermodynamic concept, exergy, in association with buil...
This article deals to the application of exergy concept to the energy production system involving a...
Chapter I describes the characteristics of a thermodynamic concept, exergy, in association with buil...
This paper analyzed the problems associated with physical exergy splitting, and based on this, prese...
The concept and origin of available energy--exergy were briefly introduced, theories about chemical ...
Improving mechanical system efficiency is the goal of many engineers and scientists. Commonly, the s...
Despite the strong support for exergy in thermodynamics, the industry still relies on energy based p...
This work introduces the Method of Exergy Multipliers. Having asserted the utility of the exergy con...
The aim of this paper is to investigate thermodynamic efficiency of hierarchical thermodynamic cycle...
The aim of this paper is to investigate thermodynamic efficiency of hierarchical thermodynamic cycle...
A conventional exergy analysis has some limitations, which are significantly reduced by an advanced ...
Exergy analysis is a technique at the forefront of applied thermodynamics research whereby systems t...
Energy analysis is an important tool to improve energy efficiency of a thermodynamic system. The con...
Exergy-based analysis methods are often used to analyse energy conversion systems. The main aim of a...
Energy analysis is an important tool to improve energy efficiency of a thermodynamic system. The con...
Chapter I describes the characteristics of a thermodynamic concept, exergy, in association with buil...
This article deals to the application of exergy concept to the energy production system involving a...
Chapter I describes the characteristics of a thermodynamic concept, exergy, in association with buil...
This paper analyzed the problems associated with physical exergy splitting, and based on this, prese...
The concept and origin of available energy--exergy were briefly introduced, theories about chemical ...