Objetives

IJEX aims to provide a forum for disseminating high-quality research results in the wide domain covered by the methods of exergy analysis, entropy generation minimisation and thermo-economics. Papers on related topics such as exergy utilisation, irreversible process modelling, size and time constraints, environmental modelling, exergy waste and emissions and exergo-economics are welcome. Also welcome are studies devoted to method, modelling, theory, computational simulation, design, experimentation, and measurement. It is our objective to bring the community together in the forum for IJEX and to expand it. The hope of all of us in thermodynamics is to develop a more coherent science, and to leave for future generations a more useful methodology.

Readership

Exergy analysis is cited by many researchers and practising engineers to be a powerful tool for assessing the thermodynamic efficiencies and losses of systems and processes. Not surprisingly, therefore, the technique is used in various industries. For example, some electrical generation companies in Europe utilise exergy methods to enhance and maintain plant performance. Exergy and exergy related topics are getting the highest percentage of support in North America and Europe. Even in developing countries, there are many individual projects getting significant research money for exergy related topics.

In a world rapidly running out of fossil fuel, exergy appears to be one of potential solutions for more efficient use of energy resources and better environment and sustainability. During the past decade, we have witnessed revolutionary changes in the way thermodynamics is taught, researched and practised. The methods of exergy analysis, entropy generation minimisation and exergoeconomics have become the most visible and established forms of this change. The emphasis is now on modelling and thermodynamic optimisation, not only in the mainstreams of engineering (e.g., mechanical, civil, chemical, environmental, industrial, etc.) but also in physics, biology, economics and management. IJEX addresses the issues concerning the very active and creative community of researchers, educators and practitioners, which has grown along these very exciting new lines.

Contents

IJEX publishes original research papers, review papers, viewpoint articles, book reviews, conference announcements, and technical notes. Special issues are devoted to important topics in the area and guest edited by key figures in the area. In addition, its features include: well-prepared archival review articles on important or developing methodologies and techniques, special issues devoted to significant international conferences or seminars, book reviews, announcement of forthcoming events.

Subject coverage

• IJEX covers, but is not limited to, the following topics:
• Thermodynamic systems
• Energy-related applications
• Process optimisation
• Energy systems
• Exergy policies and planning
• Exergy and environment modelling
• Exergetic life cycle assessment
• Industrial ecology
• Sectoral exergy utilisation
• Waste exergy emissions
• Second-law efficiency
• Thermo-economics and exergo-economics
• Role of exergy in sustainable development
• Criticisms of and problems with the use of exergy
• Entropy generation minimisation
• Constructal theory and design

• Specific Notes for Authors
• Subscription
• Editorial Board

International Journal of Exergy (IJEX) is to be published quarterly, four issues per volume, one volume per year.

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