Exergetic Analysis in the Educational Field
exergy; environment; education
Abstract
The systematic review of the bibliographic heritage and other productions related to exergetic analysis highlights the growing use of this concept in the scientific community. We find this thermodynamic tool associated with other dimensions: the analysis of costs as an exergoeconomy, the environment as an exergo-ecology or as an emergy, the search for indicators that establish a universal metric on human activity and its relationship with the environment. environment, to the dispersion of mineral resources, to the production of renewable energies, also to the social dimension as social exergy. However, it remains ignored by society and even worse by those who have the responsibility to make decisions. This article humbly proposes to contribute to its dissemination in the educational field, inquiring about some strategies that allow its teaching in different realities.
Downloads
How to Cite
References
M Albaladejo, P Mirazo, Franco Henao, L (2021) La economía circular: un modelo económico que lleva al crecimiento y al empleo sin comprometer el medio ambiente.
C Alvarez Hincapie, H Velásquez Arredondo (2013) Exergía en sistemas biológicos: Aproximación holística para el estudio de ecosistemas y el manejo ambiental. 8(2), 106-127.
H Baehr (1965) Tratado Moderno de Termodinámica.
A Bejan, J Kestin (1994) Entropy Generation Through Heat and Fluid Flow. 50(2), 475-475.
Cidade Cavalcanti, E (2018) Análise exergoeconômica e exergoambiental.
Y Ҫengel, M Boles (2012) Termodinámica.
Farshid Zabihian (2015) Educating Undergraduate Mechanical Engineering Students About Exergy Analysis. 26.570.1-26.570.12.
Arnaldo Cardim De Carvalho Filho (2015) Análisis del ciclo de vida de productos derivados del cemento - Aportaciones al análisis de los inventarios del ciclo de vida del cemento..
L Gago (2000) Aprendizaje Significativo de los Principios de Termodinámicaen el ámbito de la Facultad de Ingeniería de la Universidad Nacional de La Pampa.
C García (1984) Termodinámica Técnica.
M Goedkoop, S Effting, M Collignon (1999) The Eco-Indicator 98 Explained. 141-155.
Ángel Cazorla Martín (2021) ¿En qué se parecen y en qué se diferencian?. (10), 81-97.
Joseph Keenan (1951) Availability and irreversibility in thermodynamics. 2(7), 183-192.
Tomaž Kranjc, Nada Razpet (2017) Exergy in School?. 8, 214-222.
J Lucchini, R Stoll, J Garnica, J Barral (2013) Análisis exergético de un sistema de calentamiento de agua cuyo colector posee inercia térmica. 17(45), 8-37.
(2022) Práctica de depósito de datos en Ciencias de la Educación a través del repositorio de datos abiertos Zenodo.
Mora Casal (2015) Crítica del concepto de Exergía. 25(1).
M Morán, H Shapiro (2006) A review of: "Fundamentals of Engineering Thermodynamics, Second Edition" MICHAEL J. MORAN, HOWARD N. SHAPIRO, 1993 Chichester, John Wiley & Sons ISBN 0 471 59275 7 £18.95. 18(2), 215-215.
René Mora Casal (2016) CRÍTICA DEL CONCEPTO DE EXERGÍA. 25(1).
R Starkermann (1988) Social entropy, enthalpy, exergy and disergy in examples. 10(6), 409-418.
B Torres-Verzagas, Á Leyva-Galán, Del Pozo-Rodríguez, P (2019) Emergía: generalidades, apuntes, y ejemplos de utilidad, como herramienta para evaluar la sostenibilidad.
Valero Delgado, A (2022) Transitando hacia Thanatia. Límites minerales de la transición ecológica.
Published
2023-06-15
Issue
Section
License
Copyright (c) 2023 Authors and Global Journals Private Limited

This work is licensed under a Creative Commons Attribution 4.0 International License.