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Volume 6,Issue 4,July - Aug.,2019


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Submissions open

"Submissions Open For Volume 6,Issue 5,Sept.- Oct., 2019"


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Volume 6,Issue 4,July - Aug.,2019


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"Submissions Open For Volume 6,Issue 5,Sept.- Oct., 2019"


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Submissions open

"Submissions Open For Volume 6,Issue 5,Sept.- Oct., 2019"


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Successfully Published

Volume 6,Issue 4,July - Aug.,2019


Submissions open

"Submissions Open For Volume 6,Issue 5,Sept.- Oct., 2019"


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Submissions open

"Submissions Open For Volume 6,Issue 5,Sept.- Oct., 2019"


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Successfully Published

Volume 6,Issue 4,July - Aug.,2019


Submissions open

"Submissions Open For Volume 6,Issue 5,Sept.- Oct., 2019"


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Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Submissions open

"Submissions Open For Volume 6,Issue 5,Sept.- Oct., 2019"


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Successfully Published

Volume 6,Issue 4,July - Aug.,2019


Submissions open

"Submissions Open For Volume 6,Issue 5,Sept.- Oct., 2019"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Submissions open

"Submissions Open For Volume 6,Issue 5,Sept.- Oct., 2019"


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Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org


Successfully Published

Volume 6,Issue 4,July - Aug.,2019


Submissions open

"Submissions Open For Volume 6,Issue 5,Sept.- Oct., 2019"


Mail your paper at E-mail:

Mail your paper at E-mail: submit2ijasm@yahoo.in , submit@ijasm.org



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A FET of Galerkin Method for Unsteady Flow of a Conducting Viscous Fluid in a Porous Rectangular Duct

  • Ahmed, Ateeq
This problem is to investigate the effect of magnetic parameter and the aspect ratio on the flow velocity when an electrically conducting fluid flows in a porous rectangular duct in the presence of an imposed traverse magnetic field, using finite element technique. The velocity distributions are shown through graph. It is observed that the maximum velocity which occurs in the middle of the channel decreases with increasing in magnetic parameter ‘M’ and also, it is seen that the maximum velocity in the duct increases with decreasing ‘d’ this may be due to the increase in the height of the channel.
Select Volume / Issue:
Year:
2015
Type of Publication:
Article
Keywords:
Rectangular Duct; Porous Media; Aspect Ratio; Hydrodynamics; Conducting Fluid; Magnetic Parameter
Journal:
IJASM
Volume:
2
Number:
5
Pages:
171-174
Month:
Sept.-Oct.
ISSN:
2394-2894
Hits: 1288

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