Thermodynamics

A Thermodynamic Theory of Economics

Publication date:
2007-06-01
First published in:
International Journal of Exergy
Authors:
J. Bryant
Abstract:

An analogy between thermodynamic and economic theories and processes is developed further, following a previous paper published by the author in 1982. Economic equivalents are set out concerning the ideal gas equation, the gas constant, pressure, temperature, entropy, work done, specific heat and the 1st and 2nd Laws of Thermodynamics. The law of diminishing marginal utility was derived from thermodynamic first principles. Conditions are set out concerning the relationship of economic processes to entropic gain. A link between the Le Chatelier principle and economic processes is developed, culminating in a derivation of an equation similar in format to that of Cobb Douglas production function, but with an equilibrium constant and a disequilibrium function added to it. A trade cycle is constructed, utilising thermodynamic processes, and equations are derived for cycle efficiency, growth and entropy gain. A thermodynamic model of a money system is set out, and an attempt is made to relate interest rates, the rate of return, money demand and the velocity of circulation to entropy gain. Aspects concerning the measurement of economic value in thermodynamic terms are discussed.

Published in: International Journal of Exergy, Volume 4, Issue 3, Pages 302-337
Available from: Inderscience Publishers
also available from: Vocat International Ltd

Thermodynamics and the Economic Process

Publication date:
2008-12-01
First published in:
http://www.vocat.co.uk/
Authors:
John Bryant
Abstract:

This paper develops further a a model of the economic process concerning the application of thermodynamic laws to economics. The paper sets out relationships between economic output and capital, labour, resource and waste stocks, with specific reference to energy, and is backed up by analysis of data of world energy resources and climate change. the paper concludes that both energy resource availability and climate change will have significant, limiting effects on the forward path of economic development.

Published in: Vocat International Ltd
Available from: Vocat International Ltd

Life as a Manifestation of the Second Law of Thermodynamics

Publication date:
1994-01-01
First published in:
Mathematical and Computer Modelling
Authors:
E.D. Schneider & J.J. Kay
AttachmentSize
Life as a Manifestation of the Second Law of Thermodynamcis.pdfLife as a Manifestation of the Second Law of Thermodynamcis.pdf178.38 KB

The Development of an Ecological Economics

Publication date:
1999-01-01
First published in:
Journal of Business Administration and Policy Analysis
Authors:
R. Costanza et al
Abstract:

Ecology and economics have developed as separate disciplines throughout their recent histories in the 20th century. While each has addressed the way in which living systems self-organize to enable individuals and communities to meet their goals, and while each has borrowed theoretical concepts from the other and shared patterns of thinking with other sciences, they began with different first principles, addressed separate issues, utilized different assumptions to reach answers, and supported different interests in the policy process...

Published in: Journal of Business Administration and Policy Analysis, 1999, 1 January

Biophysical constraints to economic growth

Publication date:
2003-11-23
First published in:
Encyclopedia of Life Support Systems, http://www.eolss.com/
Authors:
Cutler J. Cleveland
AttachmentSize
biophysical constraints to economic growth by Cleveland.pdfbiophysical constraints to economic growth by Cleveland.pdf279.9 KB
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