Dr. VIMALA MANIVASAKAN 2 - Anna University

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

8.
9.
10.
R.Usha
and
P.Vimala
R.Usha
and
P.Vimala
R.M.C.So
P.Vimala
L.H.Jin,
C.Y.Zhao
and T.B.
Gatski
Magnetohydrodynamic
Squeeze Film
Characteristics
between Parallel
Circular Plates
containing a Single
Central Air Bubble in
the Inertial Flow
Regime
Magnetohydrodynamic
Disk Braking
Accounting for
Buoyancy Effects in
the Explicit Algebraic
Stress Model:
Homogeneous
Turbulent Shear Flows
1999
Transactions of the
ASME Journal of
Applied Mechanics
1998 ZAMM
2002
Theoretical and
Computational Fluid
Dynamics
Vol. 66 1021 1023
Vol. 78
283 288
Vol.15 283 302
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product a lot easier to use and much preferable to Adobe's" A.Sarras - USA