Dr. VIMALA MANIVASAKAN 2 - Anna University
Dr. VIMALA MANIVASAKAN 2 - Anna University
Dr. VIMALA MANIVASAKAN 2 - Anna University
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FACULTY PROFILE<br />
1. Name : <strong>Dr</strong>. <strong>VIMALA</strong> <strong>MANIVASAKAN</strong><br />
2. Contact Information : 044-22203302<br />
Telephone No.<br />
(with STD code)<br />
E-mail Id : vimala_manivasakan@annauniv.edu<br />
3. Qualifications : M.Sc., Ph.D. Mathematics<br />
4. Teaching Experience : 5 years<br />
5. Courses Taught<br />
UG Level : Mathematics ñ I, II, III<br />
PG Level : Applied Mathematics for Mechanical Engineers<br />
Advanced Level : NIL<br />
6. Area of Research : Fluid Mechanics<br />
7. Research Guidance : 1 Ph.D. Ongoing<br />
8. Publications : List enclosed<br />
9. Research Projects : NIL<br />
10. Books/ Patents : NIL<br />
11. Awards : NIL<br />
12. Conferences :<br />
Applied Mathematics for Thermal Engineers<br />
Computer Graphics, Graphics & Animations Lab<br />
Digital Systems, Digital Systems Lab ñ (5 year Integrated M.Sc.<br />
Programmes)<br />
R.Usha and P.Vimala, ìFluid Inertia Effects in Non-Newtonian Squeeze Film between Two<br />
Plane Annuliî, Proceedings of the ASME/JSME Joint Fluids Engineering Summer<br />
Conference, FEDSMí99 ñ 7039.<br />
R.Usha and P.Vimala, ìMagnetohydrodynamic Squeeze Film Characteristics between<br />
Parallel Circular Plates containing a Single Central Air Bubble in the Inertial Flow Regimeî,<br />
Proceedings of the 25 th National and 1 st International Conference on Fluid Mechanics and<br />
Fluid Power, FMFPí98. (ATTENDED AND PRESENTED THE PAPER).<br />
13. Abroad Visit : Worked as Research Associate in the Department of Mechanical<br />
Engineering, The Hong Kong Polytechnic <strong>University</strong>, Hong Kong during the period from May 2000<br />
to January 2002.<br />
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Sl.<br />
No.<br />
Author(s) Title of Paper Year<br />
of<br />
Publi<br />
catio<br />
n<br />
1. R.Usha<br />
and<br />
P.Vimala<br />
2.<br />
3.<br />
4.<br />
5.<br />
6.<br />
7.<br />
R.Usha<br />
and<br />
P.Vimala<br />
R.Usha<br />
and<br />
P.Vimala<br />
R.Usha<br />
and<br />
P.Vimala<br />
R.Usha<br />
and<br />
P.Vimala<br />
R.Usha<br />
and<br />
P.Vimala<br />
R.Usha<br />
and<br />
P.Vimala<br />
Rotational Disk<br />
Braking by a Curved<br />
Disk<br />
Squeeze Film<br />
Dynamics using<br />
Elliptic Velocity<br />
Profile<br />
Theoretical<br />
Investigation of<br />
Unsteady Squeeze<br />
Flow in a Curved<br />
Newtonian Squeeze<br />
Film<br />
Curved Squeeze Films<br />
with Inertial Effects ñ<br />
Energy Integral<br />
Approach<br />
Inertia Effects in a<br />
Curved non-<br />
Newtonian Squeeze<br />
film<br />
Fluid Inertia Effects in<br />
Non-Newtonian<br />
Squeeze Film between<br />
Two Plane Annuli<br />
Inertia Effects in<br />
Circular Squeeze<br />
Films containing a<br />
Central Air Bubble<br />
2003 ZAMM<br />
2003<br />
2002<br />
2002<br />
2001<br />
2000<br />
2000<br />
Name of the<br />
Journal<br />
Transactions of the<br />
ASME Journal of<br />
Applied Mechanics<br />
Transactions of the<br />
ASME Journal of<br />
Tribology<br />
Fluid Dynamics<br />
Research<br />
Transactions of the<br />
ASME Journal of<br />
Tribology<br />
Transactions of the<br />
ASME Journal of<br />
Tribology<br />
Fluid Dynamics<br />
Research<br />
List of Publications<br />
Volume &<br />
Number of<br />
Journal<br />
Page No.<br />
From To<br />
Vol.83,<br />
No.5 311 320<br />
Vol. 70 137 142<br />
Vol.124 865 869<br />
Vol.30,<br />
No.3<br />
Vol.68<br />
Vol. 122,<br />
No.4<br />
Vol.26,<br />
No.3<br />
139 153<br />
944 948<br />
872 875<br />
149 156<br />
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8.<br />
9.<br />
10.<br />
R.Usha<br />
and<br />
P.Vimala<br />
R.Usha<br />
and<br />
P.Vimala<br />
R.M.C.So<br />
P.Vimala<br />
L.H.Jin,<br />
C.Y.Zhao<br />
and T.B.<br />
Gatski<br />
Magnetohydrodynamic<br />
Squeeze Film<br />
Characteristics<br />
between Parallel<br />
Circular Plates<br />
containing a Single<br />
Central Air Bubble in<br />
the Inertial Flow<br />
Regime<br />
Magnetohydrodynamic<br />
Disk Braking<br />
Accounting for<br />
Buoyancy Effects in<br />
the Explicit Algebraic<br />
Stress Model:<br />
Homogeneous<br />
Turbulent Shear Flows<br />
1999<br />
Transactions of the<br />
ASME Journal of<br />
Applied Mechanics<br />
1998 ZAMM<br />
2002<br />
Theoretical and<br />
Computational Fluid<br />
Dynamics<br />
Vol. 66 1021 1023<br />
Vol. 78<br />
283 288<br />
Vol.15 283 302<br />
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