Boris
Azarenok
Resume
Title:
Senior Researcher (Ph.D.)
Working
Address:
Education:
Mathematician, received
Ph.D. on Computational Fluid Dynamics in 1994 with title of thesis:
"Calculation of 3-D Solar Wind-Earth Magnetic Field Interaction".
Graduated
from:
Moscow State University
(Department of Applied Mathematics and Cybernetics) in 1988
Moscow Steel and Alloys
Institute (Department of Semiconductor Materials and Devices) in 1983
Area of
Scientific interest:
Computational fluid
dynamics, modeling of gas dynamics and magnetohydrodynamics flow, modeling of
detonation waves flow, mesh generation, adaptive mesh generation.
Employment:
2001 - present. Senior
researcher at the Dorodnicyn Computing Center of Russian till Academy of
Science, Department of Continuous Mechanics.
1994 - 2001 Junior
researcher and researcher at the Computing Center of Russian Academy of
Science, Department of Continuous Mechanics.
1991 - 1994 Postgraduate
student at the Computing Center of Russian Academy of Science, Department of
Continuous Mechanics.
1988 - 1991 Assistant of
lecturer at Department of Mathematics, Moscow Transport Academy
Dec. 2002 - March 2003
Visiting researcher scholar at Department of Mathematics, Hong Kong Baptist
University, Hong Kong.
Jan. 2002 - April 2003
Visiting researcher scholar at Department of Mathematics, Hong Kong Baptist
University, Hong Kong.
1999, July Visiting lecture
at Rechenzentrum, Universitaet Karlsruhe: Moving grid technology for Godunov's
type methods in gas dynamics.
Research
and project experience and interests:
3D grid generation within
the frame of the Programm No. 3 for Basic Research of Department of
Mathematical Sciences of Russian Academy of Sciences, project No. 3.14.
Conservative remapping on
hexahedral meshes. Participation in the joint project with the Institute of
Mathematic and Mechanics of Russian Academy of Science (Ekaterinburg)
"Developing computer codes on constructing structured 3-D meshes and
conservative remapping of gas dynamics parameters", 2002-2004.
Grid generation and
adaptive grid generation. Participation in the project of Russian Foundation
for Basic Research No. 02-01-00236 : "Development of up-to-date
technologies on constructing multidimensional grids and their application in
the problems of mathematical physics", 2002-2004.
Modeling the detonation
waves motion on moving adaptive meshes. Project with Department of Mathematics,
Hong Kong Baptist University "Reactive flow calculations on moving
adaptive meshes", 2002-2003.
Moving grid technology and
high order solvers in modeling of gas dynamic flow. Participation in the
project of Russian Foundation for Basic Research No. 99-01-00264 :
"Development of algorithms on adaptive grid generation based on the theory
of harmonic mapping" , 1999-2001.
Modeling of 3-D plasma flow
in magnetohydrodynamics approach. Participation in the project of Russian
Foundation for Basic Research Fund of Fundamental Research No. 96-01-01928 :
"Nonlinear interaction of the discontinuities and flow past obstacles in
conducting medium with magnetic field for cosmic plasma", 1996-1998.
Modeling of gas flow in the
channels. Participation in the project of Russian Foundation for Basic Research
No. 93-01-00345 : "Methods, algorithms and computer codes on solving
multidimensional problems of mathematical physics", 1993-1995.
List of
recent publications:
B.N. Azarenok and S.A.
Ivanenko, Grid Optimization and Adaptation, Chapt. 5 in Advances in Grid
Generation, (O.Ushakova ed.), Nova Science Publishers, in press.
B.N. Azarenok, Conservative
remapping on hexahedral meshes, Chapt. 12 in Advances in Grid Generation,
(O.Ushakova ed.), Nova Science Publishers, in press.
B.N. Azarenok and T.Tang,
Second-order Godunov-type scheme for reactive flow calculations on moving
meshes, J. of Comp. Phys., 206(2005), pp. 48-80.
B.N. Azarenok, Appendix in
the book: S.A. Ivanenko, Selected Chapters on Grid Generation and Applications
(B.N.Azarenok Ed.), Dorodnicyn Computing Center of Russian Academy of Sciences,
2004.
B.N. Azarenok, Application
of the variational barrier methods in hyperbolic gas dynamics problems,
Computational Mathematics and Mathematical Physics, 43(2003), No. 7, pp.
1025-1047.
B.N. Azarenok, S.A.
Ivanenko, T.Tang, Adaptive mesh redistribution method based on Godunov's
scheme, Communications in Mathematical Sciences, 1(2003), No.1, pp. 153-180.
B.N. Azarenok, Variational
barrier method of adaptive grid generation in hyperbolic problems of gas
dynamics, SIAM Journal on Numerical Analysis, 40(2002), pp. 651-682.
B.N. Azarenok and S.A.
Ivanenko, Application of moving adaptive grids for numerical solution of
nonstationary problems in gas dynamics, Int. J. for Numer. Meth. in Fluids,
39(2002), No. 1, pp. 1--22.
B.N. Azarenok and S.A.
Ivanenko, Application of moving adaptive grids for numerical solution of
nonstationary problems in gas dynamics, Int. J. for Numer. Meth. in Fluids,
39(2002), No. 1, pp. 1-22.
B.N. Azarenok, Realization
of a second-order Godunov's scheme, Comp. Meth. in Appl. Mech. and Engin.,
189(2000), pp. 1031--1052.
B.N. Azarenok and S.A.
Ivanenko, Application of adaptive grids in numerical analysis of time-dependent
problems in gas dynamics, Comput. Maths. Math. Phys., 40(2000), No. 9, pp.
1330--1349.