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Editorial Board
Prof. Daniel N. Riahi,
University of Texas-Pan American , USA
Prof. Marvin Goldstein,
NASA Glenn Research Center, USA
Prof. Ned Djilali,
University of Victoria, Canada
Prof. Sang-Joon Lee, Pohang University of Science and Tech.
(POSTECH), Korea
Prof. Katarina Jegdic, University of Houston, Texas, USA
Prof. E. L. Cussler,
University of Minnesota, Minneapolis, MN 55455, USA
Prof. B. A. Jubran,
Department of Aerospace Engineering, Ryerson University, Ontario,
Canada
Prof. D. R. Paul,
Department of Chemical Engineering and Texas Materials
Institute, The University of Texas at Austin, Austin, TX , USA
Dr. P. E. Price,
3M, Corporate Process Research Laboratory, 3M Center Bldg. USA
Prof. J. S. Vrentas,
The Pennsylvania State University, University Park, PA 16802, USA
Prof. Mikhail Itskov,
RWTH Aachen University, Germany.
Prof. George G. Tsypkin, Russian Academy of Sciences, Russia.
Prof. Jurij Krope,
University of Maribor, SLOVENIA
Prof. Dr.-Ing. F.-K. Benra,
Head of Chair for Turbomachinery, University of Duisburg-Essen,
GERMANY
Prof. Siavash H. Sohrab
Northwestern University, Evanston, Illinois,USA
Prof. Haris J. Catrakis
University of California
Irvine, CA 92697, USA
Prof. Simona Lache,
University Transilvania of Brasov, Romania.
Prof. Necla Kadioglu,
Istanbul Technical University, Turkey.
Dr. Nikolai Kobasko,
Director of technology and R&D of “IQ Technologies Inc”, USA,
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 ISSN: 1998-4448
FORMAT Format (.doc) or
Format (LaTeX)
Year 2009
All papers of the journal were peer reviewed by two
independent reviewers. Acceptance was granted when both
reviewers' recommendations were positive.
Previous Volumes:
2007
2008
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Paper
Title, Authors, Abstract (Issue 1, Volume 3, 2009) |
Pages |
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Comparison of a Pressure
Correction based Solver VoF Method in Moving Floor
Container
Ronak Ghandriz, B. Mohsen Goudarzi
Abstract: In this paper, free surface
flow problems in a 2-D container with a moving floor
solved by VoF method. This numerical method (VoF) is
used to employ impacted factors on dimensional
analysis in laminar and turbulence cases. Comparing
laminar and turbulence cases (free surface flows),
in laminar flows steady state happened sooner and
more symmetric circulation is formed. Then, in
turbulence cases both states (with and without
surface tension) have been considered and
inconsiderable effect of surface tension will be
presented. Also, VoF method is utilized in laminar
flows (free surface) to study about some impacted
factors on dimensional analysis such as different
velocity for moving floor, different height of fluid
in the container, different fluid properties (density
and viscosity), etc. So, in free surface flows,
Reynolds number has no magnitude in comparison with
flows without free surface and fluid properties
should be considered in advance.
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1-8 |
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Simulation of Evacuation
Processes of Pollutants in the Room Using the
Similarity Theory
Marius-Constantin Popescu, Nikos E. Mastorakis,
Liliana Popescu
Abstract: Tests on models can provide
both information on the verification of calculation
methods and solutions that theory currently can not
provide. Climate processes occurring in a site are
complex and not fully capture the phenomenon of mass
transfer of fluid motion and heat. Those basic
methods are used hydraulic moulding, which bypass
the practical difficulties created by the
incompatibility of the conditions of similarity (using
areas of forging, hydraulic or geometric distortion).
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9-22 |
Other Volumes:
2007
2008
Copyrighted Material. NAUN www.naun.org
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