Javier
Armendáriz
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JAVIER ARMENDÁRIZ
University of Minnesota,
Institute for Mathematics and its Applications
400 Lind Hall, 207 Church St. SE, Minneapolis, MN 55455, (612)624-6066,
armendar@ima.umn.edu
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OBJECTIVE |
A research or application-development position which utilizes the analytical
skills of an applied mathematician in mathematical modeling and numerical
analysis to serve a team-oriented organization. |
| QUALIFICATIONS |
Self motivated researcher with experience in asymptotic and numerical
methods and in developing mathematical models. Knowledgeable in solution
methods for ordinary and partial differential equations. Experienced programmer
in FORTRAN and familiar with C. Worked with various mathematical software
packages and in Windows, Unix and Linux operating systems. Flexible and
able to work productively in teams. |
| EDUCATION |
Ph.D-Northwestern University,
Engineering Sciences and Applied
Mathematics(1999)
Dissertation: Evaporation and Combustion of Thin Films of Liquid
Fuels.
MS-Northwestern University,
Engineering Sciences and Applied
Mathematics(1996)
BS-University of New Mexico,
Physics/Mathematics(1994) |
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Graduate coursework includes: Asymptotic and Perturbation Methods in
Applied Mathematics,
Differential Equations of Mathematical Physics,
Numerical Solutions of Partial Differential Equations,
Models in Applied Mathematics,
Applied Dynamical Systems,
Methods of Nonlinear Analysis,
Mathematical Topics in Combustion,
Theory of Flows with Small Viscosity,
Hydrodynamic Stability,
Integral Equations and Applications,
Numerical Solutions of Integral Equations and the Boundary Integral Method.
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| EXPERIENCE |
Postdoctoral Researcher
Institute for Mathematics and its Applications
1999 -- Present
University of Minnesota
Participated in program-Reactive Flow and Transport Phenomena.
Scientific research in the areas of combustion, fluid dynamics and
differential equations. Organized seminar on Reactive Flow. Attended and
presented at scientific conferences and collaborated on scientific projects.
Graduate Student Researcher and Instructor
Department of ES/AM
1994 -- 1999
Northwestern University
Developed mathematical model for the evaporation and combustion of
a thin film of liquid fuel. Developed and implemented numerical scheme
in
FORTRAN to solve a system of nonlinear partial differential equations.
Taught Calculus supplemental course(Eng.A90). Responsible for course design.
Lectured course material. Communicated key concepts. Advised students.
Instructor
Minority Engineering Opportunity Program
Summer 1997
Northwestern University
Taught Calculus I and Linear Algebra summer course to incoming engineering
freshmen. Collaborated with instructors over course design and material.
Lectured course material. Advised students.
Instructor
Center for the Advancement of Hispanics in Science and Engineering
Education
Summer 1996
Univeristy of Illinois at Chicago
Taught pre-calculus course as part of a college preparation summer
institute. Designed course outline and material. Advised and motivated
students.
Research Assistant
University of New Mexico
1993 -- 1994
Albuquerque, New Mexico
Assisted in the development of FORTRAN code used to determine the velocity
of a propagating front in a tube. Assisted in the development, testing
and setup of a laser calibration system to be used to align and calibrate
particle detectors in experiment 865 at Brookhaven National Laboratory.
Science and Engineering Research Intern
Brookhaven National Laboratory
1992
Upton, New York
Tested possible configurations of a prototype magnet to be used as
a particle accelerator at the National Synchrotron Light Source. Wrote
and worked with FORTRAN programs to help analyze data. Assisted in the
testing repair and construction of particle detectors and electronic components
used in conjunction with the detectors in experiment 850 at the Alternating
Gradient Synchrotron. |
SCIENTIFIC
WORKS |
J.Armendariz and M.Matalon, Effects of nonsoluble surfactants at
a liquid-vapor interface of a burning thin film, In preparation.
J.Armendariz and M.Matalon, Evaporation and Combustion of Thin Films
of Liquid Fuels, J. Fluid Mech. 435 (2001) pp.351-376.
J.Armendariz, Evaporation and Combustion of Thin Films of Liquid
Fuels, Thesis, Northwestern University.
M.Matalon, N.Sarig, J.Armendariz, Combustion of Thin Liquid Films,
Conf. Proc. 16th Intl. Coll. on the Dynamics of Explosions and Reactive
Systems.
J.Armendariz, J.Gallardo, T.Romano, A.van Steenbergen, Fast Excitation
Wiggler Field Measurement Results, Brookhaven National Laboratory-47928
Informal Report. |
HONORS and
AWARDS |
Graduated cum laude in physics.
Kappa Mu Epsilon, Mathematics Honorary, University of New Mexico.
Illinois Minority Graduate Incentive Program (IMGIP) Fellow, Northwestern
University 1994-1997.
Preparing Future Faculty (PFF) Fellow, Northwestern University.
General Electric Faculty Intern, Northwestern University. |
| PRESENTATIONS |
Lake Forest College, Lake Forest, IL. Mathematics department Colloquium.
Title: The Physics of Baseball
Univesity of Minnesota, IMA, Minneapolis, MN. Reactive Flow Postdoc
Seminar.
Title: Evaporation and Combustion of Thin Liquid Fuels
Society for Industrial and Applied Mathematics Conference on Numerical
Combustion.
Title: Evaporation and Combustion of Thin Liquid Fuels |
PROFESSIONAL
MEMBERSHIPS |
American Physical Society
Society for Industrial and Applied Mathematics |
Download resumé in format:
Microsoft Word (.doc),
Postscript (.ps),
Portable Document Format (.pdf),
Plain Text (.txt).
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