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Why do you think your
paper is highly cited?
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“The paper introduced exergy in a simple form
as a potential tool for energy policy making and strategy
development activities.” |
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The two key reasons to which I attribute the high
citation rate of this article are:
- The recognition of the author and his leading role
in the area of exergy.
- The need for a key paper to introduce exergy as
potential tool for energy policy-making and strategy
development activities.
Does it describe a new discovery, methodology, or
synthesis of knowledge?
The paper introduced exergy in a simple form as a
potential tool for energy policy-making and strategic
development activities. In addition, exergy was discussed
for energy and environmental policy-making activities from
several key perspectives, e.g., quality, energy
conservation, environment, the economy, and sustainable
development.
The results of this study also exhibited that the
potential usefulness of exergy in addressing and solving
environmental problems as well as attaining sustainable
development is crucial. Such features made it a kind of
landmark paper in the area.
Would you summarize the significance of your paper in
layman’s terms?
Some key concluding remarks on exergy can be drawn from
this paper as follows:
- It is an effective method using the conservation of
mass and conservation of energy principles together with
the second law of thermodynamics for design, analysis,
and performance improvement of energy systems.
- It is a primary tool in best addressing the impact
of energy resource use on the environment.
- It is a suitable technique for furthering the goal
of more efficient energy-resource use and hence energy
conservation.
- It is an efficient technique revealing whether or
not and by how much it is possible to design more
efficient energy systems by reducing the inefficiencies
in existing systems.
- It is a key component in obtaining sustainable
development.
- It is an essential indicator to distinguish the
quality between energy resources.
- It is also a beneficial concept in economics.
- It is recognized as a new measure of environmental
degradation and hence one of the potential techniques to
minimize or eliminate the environmental impact.
How did you become involved in this research and were any
particular problems encountered along the way?
In research, my objectives have always been better
efficiency, better effectiveness, better use of energy
resources, a better environment, better environmental
sustainability, and better energy security. The challenges
to fulfill the above listed objectives motivated me to
become an active researcher in the area of exergy.
Where do you see your research leading in the future?
My extensive research will continue, advancing the
knowledge in the areas of thermal engineering, advanced
energy systems and applications and exergy and resulting in
model and methodology development, policy development,
product and technology advancement and development,
commercialization and spin-off company development. It also
aims to improve efficiency, economy, the environment and its
sustainability, and energy security.
Are there any social or political implications for your
research?
Since any research causes some social and/or political
implications, my research will continue in creating some
social and political implications due to its nature in
dealing with efficiency, economy, the environment and its
sustainability, and energy security.
Dr. Ibrahim Dincer
Professor of Mechanical Engineering
Faculty of Engineering and Applied Science
University of Ontario Institute of Technology (UOIT)
2000 Simcoe Street North
Oshawa, Ontario L1H 7K4, Canada
Tel: 905-721-8668 ext: 2573
Cell: 905-441-2229
Fax: 905-721-3370
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Biographical Sketch:
Ibrahim Dincer is a full
professor of Mechanical Engineering in the Faculty
of Engineering and Applied Science at UOIT. Renowned
for his pioneering works, he has authored and
co-authored several books (the most recent one being
Exergy by Elsevier) and book chapters, over
370 refereed journal and conference papers, and
numerous technical reports. He has chaired many
national and international conferences, symposia,
workshops, and technical meetings. He has delivered
over 70 keynote and invited lectures. He is an
active member of various international scientific
organizations and societies, and serves as
editor-in-chief (for International Journal of
Energy Research by Wiley and International
Journal of Exergy by Inderscience), associate
editor, regional editor, and editorial board member
on various prestigious international journals. He is
a recipient of several research, teaching, and
service awards, including the Premier’s Research
Excellence Award in Ontario, Canada in 2004. He has
made innovative contributions to the understanding
and development of sustainable energy technologies
and their implementation, particularly through
exergy. He is the chair of a new technical group in
ASHRAE, named "Exergy Analysis for Sustainable
Buildings." |
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