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Dr. Muhammad Afzaal Malik |
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PERSONAL
INFORMATION |
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Address:
Associate Dean (International Collaboration/R&D)
College of Electrical and Mechanical Engineering
National
University of Sciences and Technology
Peshawar Road, Rawalpindi 46000, PAKISTAN. |
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City: Rawalpindi
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Country: Pakistan |
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Phone:
092–51-9278063 |
Cell: 0092-333-5133110 |
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E-mail:
drafzaalmalik@yahoo.com,
mafzmlk@hotmail.com |
Fax:
092-51–9278048 |
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AFFILIATIONS |
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Designation:
Professor |
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Department:
Mechanical Engineering |
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Faculty:
Academics Studies Group |
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University:
National University of Sciences & Technology |
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AWARDS,
HONORS AND PROFESSIONAL ASSOCIATIONS |
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1.
National
Talent Scholarship and Medal, Lahore Board,
Pakistan, 1964. |
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2.
Roll of Honor,
Government College,
Lahore, Pakistan, 1970. |
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3.
Fulbright Scholar, 1975. |
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4.
Member,
American Physical Society, 1988. |
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5.
Member,
American Nuclear Society, 1988. |
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6.
Member,
Pakistan Institute of Physics (Life Member). |
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7.
Member, Pakistan
Engineering Council (Life Member: Nucl/03). |
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8.
Pakistan
Academy of Sciences and INFAQ Foundation Joint Gold
Medal and Award for best
research
in Engineering and Technology, 2001, Awarded by
Prof. Dr. Atta-ur-Rehman, Chairman:
Higher
Education Commission of Pakistan, December 2002. |
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9.
Session Co-Chair: Seismic Related Analysis,
ASME/JSME/CNS Thirteenth International
Conference on Nuclear Engineering (ICONE-13),
Beijing, China, May 16-20, 2005. |
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10.
A Keynote Address: “Modeling and Simulation
Trends in Engineering,” 9th International
Symposium on Advanced Materials (ISAM-2005),
Organized by KRL, Islamabad, Pakistan,
September 19-22, 2005. |
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11. Session Chair:
Seismic Related Analysis, 2006 ASME Joint
US-European Fluids Engineering Summer Meeting, and,
14th International Conference on Nuclear Engineering
(FEDM2006 and ICONE14), July 17-20, 2006, Miami,
Florida, USA. |
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12. “Star Laureate 2007-2008” award by South Asia
Publications in the category of Engineering decided
by a panel of Vice Chancellors on all Pakistan
basis, Awarded on 3rd January 2009 |
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QUALIFICATIONS |
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DEGREE |
MAJORS |
UNIVERSITY/INSTITUTE |
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PhD |
Nuclear
Engineering |
Georgia
Institute of Technology, Atlanta,
Georgia 30332, USA |
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MS |
Nuclear
Engineering |
Georgia
Institute of Technology, Atlanta,
Georgia 30332, USA |
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MSc |
Physics:
Nuclear |
Government
College/Punjab University, Lahore, Pakistan |
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BSc |
Physics,
Maths |
Gordon
College Rawalpindi/Punjab University, Pakistan |
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MANAGEMENT
EXPERIENCE |
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DESIGNATION |
FROM
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TO |
University /
Institute |
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TEACHING
EXPERIENCE |
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DESIGNATION |
FROM |
TO |
University /
Institute |
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Professor |
Aug
2002 |
Date |
NUST/College
of E&ME |
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Associate Professor |
Sep
1996 |
Aug
2002 |
NUST/College
of E&ME |
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Principal
Engineer |
Sep
1988 |
Sep
1996 |
Modeling
and Simulation Division, Khan Research Labs |
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Research
Assistant |
Mar
1984 |
Jun
1988 |
Georgia
Institute of Technology, Atlanta, |
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Education
Officer |
Mar
1977 |
Sep
1981 |
Ministry
of Education, Borno State, Maiduguri, Nigeria (West
Africa) |
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COURSES
TAUGHT |
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COURSE TITLE |
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Computational
Engineering |
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Mechanics
of Materials |
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Finite
Element Method |
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Fluid
Mechanics |
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Computational
Fluid Dynamics |
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Control
Systems |
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Modeling
and Simulation of Dynamic Systems |
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Modeling
and Simulation of Mechatronic Systems with Bond
Graph Method |
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Nuclear
Engineering and Technology including Fusion
Engineering |
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Data
Reduction and Error Analysis of Experimental Data |
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Computational
Engineering |
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Mechanics
of Materials |
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Information
Technology |
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Computational
Engineering |
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Mechanics
of Materials |
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Applied Mathematics |
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Mathematical
Modeling and Numerical Simulation, Numerical
Methods, Computational Engineering. |
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Finite
Difference, Finite Volume, Finite Element, and Bond
Graph Methods. |
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Calculus
of Variations. |
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Numerical
Linear Algebra. |
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Numerical
Solution of Ordinary Differential Equations. |
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Numerical
Solution of Partial Differential Equations. |
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RESEARCH
INTERESTS |
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PhD
Thesis Topic: “Particle and Momentum Confinement in
Tokamak Plasmas with Unbalanced Neutral Beam
Injection and Strong Rotation.” The research work,
related to transport of impurities in controlled
thermonuclear fusion plasmas, was done under the
supervision of a research committee headed by Prof.
W. M. Stacey Jr, Mechanical Engineering, Georgia
Tech, USA. The work involved modeling and simulation
of the fusion plasma dynamics particularly thermal
radiation from impurities. The work covered several
conceptual and operating tokamaks. The work has been
widely published in refereed journals, technical
reports, and IAEA design reports. |
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Finite
Element Modeling and Simulation related to residual
stresses in the autofrettage process, thin shells,
thick shells, impact analysis, elastic and plastic
deformations, thermo-mechanical problems,
vibrations, fluid mechanics, and, applications to
fracture mechanics, fatigue, creep, and tribology,
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Real
Time Simulations |
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Modeling
and Simulation of Dynamic Systems with Bond Graph
Method. |
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Modeling
and Simulation of Multiple Time Scale, and
Numerically Stiff Problems. Such problems are of
fundamental importance in situations where the slow
processes such as diffusion are coupled with the
fast processes such as thermal radiation. Numerical
techniques include splitting (fractional step, LOD)
techniques. |
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