Exergy Analysis - Keutenedjian Mady, Carlos Eduardo
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This book explores the application of the second law of thermodynamics to a variety of systems beyond the typical evaluation of thermal machines. It utilizes quality indicators as tools for diagnosing different energy conversion systems, addressing issues ranging from system failures to the rational use of energy in society.
The analysis is divided into two types: the first from the skin to the core of a biological system, and the other from the skin to the environment, known as society exergy analysis. The latter is a new field currently being developed.

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Produktbeschreibung
This book explores the application of the second law of thermodynamics to a variety of systems beyond the typical evaluation of thermal machines. It utilizes quality indicators as tools for diagnosing different energy conversion systems, addressing issues ranging from system failures to the rational use of energy in society.

The analysis is divided into two types: the first from the skin to the core of a biological system, and the other from the skin to the environment, known as society exergy analysis. The latter is a new field currently being developed.
Autorenporträt
Carlos Eduardo Keutenedjian Mady is an associate professor at the Institute of Energy and Environment at the University of São Paulo, Brazil. He teaches courses on basic thermodynamics and its application in society, emphasizing the efficient use of energy quality in various energy conversion processes. He teaches a course, "Energy Education" to undergraduates, which explains thermodynamics concepts and their applications to everyday appliances. His graduate courses teach analysis of Brazil as a transnational system and the evaluation of each industry sector's specific need. Professor Mady has worked on optimization of  energy systems in the caustic soda, gelatin, and automotive industries. He has published research challenging the immediate need to electrify the national fleet, arguing that ethanol has a carbon footprint similar to that of electricity in Brazil. His work in bioengineering involves creating models to enhance human energy use from nutrients, with a focus on sports performance and health treatments.