Exergy, an integration of the first and second laws of thermodynamics, enriches the
traditional analysis method based on energy conservation. It can effectively reveal the …

This paper presents an application of genetic algorithm (GA) metaheuristics to optimise the
design of two-spool separated-flow turbofan engines based on energy and exergy laws. The …

Modern air crafts and aviation industry are dominant consumers of fuel. The application of
exergy analysis is powerful tool in the design and performance judgment of these systems …

In this study, first-law, second-law, and exergo-economic investigations are accomplished to
recover the waste heat of a two-shaft turbofan engine applying a supercritical carbon dioxide …

The current energy challenges in the field of aircraft propulsion demands a better
understanding of turbine flows. The complexity of the flows and the geometrical …

In this paper, an exergy analysis is conducted in a civil aircraft turbofan engine utilizing the
hydrogen fuel instead of kerosene. It is also determined the differences between using air …

Studies show that the analysis of the first law in air propulsion systems alone is not sufficient,
and for a complete study of a system, the second law and exergy analysis should also be …

EXGY-01 Because of increased industrialization and energy demand, energy and exergy
studies are becoming increasingly important in all materials that produce and use energy …

The second law of thermodynamics and exergy is an important issue in the analysis of
propulsion systems that have been highly regarded by researchers in recent years. Studies …

قانون دوم ترمودینامیک و اگزرژی در تحلیل‌های سیستمهای پیشرانش موضوع مهمی می‌باشد که در
سالهای اخیر به شدت مورد توجه پژوهشگران قرار گرفته است. بررسی‌ها نشان می‌دهد که تحلیل قانون …‎