NATALIA KONCHAKOVA Voronezh State University Department of ...

Voronezh State University
Department of Applied Mathematics,
Information Science and Mechanics
University Sq.1,
394006, Voronezh Russia
NATALIA KONCHAKOVA
Home address: Apt.28, House 110, 9 th Yanvarya St.
394019 Voronezh, Russia
Ph.: +7 (073) 276 14 81
E-mail: kontchakova@mail.ru
kontchakova@yandex.ru
EDUCATION
1. 2001 – 2004
Doctorant at the Department of Mechanics and Mathematics of Lomonosov Moscow State
University (Moscow, Russia), theory of plasticity and frature mechanics
2. September 1999
Doctor of Philosopty (Ph. D., Candidate of Physics - Mathematics Science) Voronezh State
University (Voronezh, Russia),
theory of elasticity and plasticity of microstructure materials
3. September 1988 to July 1993
M.Sc. in Mechanics and Applied Mathematics, Voronezh State University (Voronezh, Russia),
Diploma with excellent marks
modeling of elastic-plastic media
PROFESSIONAL EXPERIENCE
2004- present
1999-2005
2000-2003
2003 (6 months)
Voronezh State University (Voronezh, Russia),
Senior Lecturer and Associate Professor at theDepartment of Applied
Mathematics, Information Science and Mechanics
Voronezh Military Air Force Engineering Institute (Voronezh, Russia)
Associate Professor at the Department of Mathematics
Voronezh State Technical University (Voronezh, Russia),
Associate Prof at Department of Theoretical Mechanics and Theoretical Physics
Moscow Lomonosov State University (Moscow, Russia)
Research Associate at the Department of Mechanics and Mathematics
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2001-2003
1993-1998
RESEARCH EXPERIENCE
Moscow Lomonosov State University (Moscow, Russia), Research grant
Voronezh State Technical University (Voronezh, Russia),
Post-Graduate Student at Dept of Theoretical Mechanics and Theoretical
Physics
1) Simulation of a compoound loading of elastoplastic solids,
investigation of the state of ortogonal loading,
application of the Numerical simulation to the synthetic theory of strength.
2) Theory of plasticity and modelling of fracture processes in elastic-plastic materials in terms of
sliding surfaces. Responsibility includes the development of analytical and numerical methods
(the method of characteristics). Numerical simulation of new plastic material.
3) Fracture mechanics, theory of plasticity. Study of the influence of anisotropy on the limit load
of strength materials. Asymptotic and numerical methods in mechanics and applied mathematics.
4) Theory of elastisity and theory of plasticity. Investigation of wave processes in thermoelastic
continuum with microstructures. Shock and garmonical waves in the anisotropic media. The
influence of anisotropy and temperature field on characteristics of waves processes
TEACHING EXPERIENCE
Voronezh State University, Voronezh, Russia
The course of Equations of Mathematical Physics, Mathematical Analysis, special lecture course
for the students of seriour course “Aplication of the Special Functions in the Solution of
Problams of Mathematical Physics”.
Voronezh Military Air-Force Engineering Institute, Voronezh, Russia
Different courses in Mathematics including Applied Mathematics, Mathematical Analysis,
Functional Analysis, Linear Algebra, Analytical Geometry, Differential Equations, Numerical
methods and Computing programs, Introduction to Theory of Probabilities and Mathematical
statistics, the Theory of functions of the complex variable, Methods of the solution of the
equations of mathematical physics.
Voronezh State Technical University, Voronezh, Russia
Theoretical Mechanics, Introduction to Solid Mechanics, Theory of Plasticity, Theory of
Elasticity
GRANTS AND FELLOWSHIPS
2005 – DAAD research grant on the Program “Mikhail Lomonosov” for the Professors and
Cancidats of Sciense of Russian Universitets, Kaizerslautern, Germani.
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2005 – Russian Found of Basis Research, research grant N 05-01-00749.
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PROFESSIONAL ACTIVITY
Third Int. Congress on Thermal Stress, Poland, Krakow (1999)
II Int. Congress on Theoretical and Applied Mechanics, Belarus, Minsk (1999)
Int. Conf. on Row of the Furie and Applied, Russia, Cheboksar, (2000)
Int. Conf. on Elasticity and Non-elasticity, Russia, Moscow (2001)
Russian National School - Conf. on Modern Problems of Mechanics and Applied
Mathematics, Russia, Voronezh, (2001, 2002, 2003 and 2004)
Int. Conf. ’Mathematics. Computer. Education’, Russia, Puschino (2002), Dubna (2003)
XXXI Int. Summer School – Conf. "Advanced Problems in Mechanics", Russia,
St.Petersburg (2003)
Advanced School ‘Mechanics of Microstructured Materials’, Italy, Udine (2003)
5 th Euromech Solid Mechanics Conference, Greece, Thessaloniki (2003)
13 th Int. Conference on the Strength of Materials, Hungary, Budapest (2003)
XIII Int. Conference on Mechanics of Composite Materials, Latvia, Riga (2004)
XIV th Int. Congress on Rheology, Korea, Seoul (2004)
XXXIII Int. Summer School – Conf. "Advanced Problems in Mechanics (APM-2005)/
Euromech Colloquium 468", Russia, St.Petersburg (2005)
Int. Conf. “ Aerospace technologies”, Russia, Voronezh, (2005)
Int. School - Conf. on Modern Problems of Mechanics and Applied Mathematics, Russia,
Voronezh, (2005)
XIX Russian National Conf. on Numerical Methods in the Solution of the Problems of the
Elastic Theory and the Plastic Theory, Russia, Biysk, (2005)
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LIST OF PRINCIPAL PUBLICATIONS:
1. Alexandrov S., Kontchakova N. Influence of Anisotropy on the Limit Load of Bi-
Material Welded Crecked Joints Subjecct to Tension// Engineering Fracture Mechanics,
72 (2005), 151-157.
2. Konchakova N. On the Problem of Unique Solution of Prandtl’s Task// in the book “Gas
and Wave Dynamics”, Iris-Press, Moscow, 2005, pp. 344-349.
3. Alexandrov S., Kontchakova N. Influence of Anisotropy on the Limit Load of Weld
Strength Overmatched Cracked Plates in pure Bending// Materials Science& Engineering.
vol. 387-389 (2004), pp. 395-398.
4. Kontchakova N. The Analysis of Displacements and Stresses near the Elastoplastic
Boundary in Galin’s Problem// Moscow University Mechanics Bulletin.2004. Vol. 59, 2,
pp. 44-51.
5. Kontchakova N. About the Construction of Models of Continuum with Non-Symmetrical
Tensors// Moscow University Mechanics Bulletin. 2002. Vol.57, 4, pp. 42-48.
6. Kontchakova N. The Non-Symmetry of Stress and Deformation Tensors in some
Problems of Strength Theory// “Elastics and Non-elastics” – Moscow, 2001- p. 431.
7. Kontchakova N. Some Mathematical Models of Deformation of Continuums with Non-
Symmetrical Tensors// “Modern Problems of Mechanics and Applied Mathematics” –
Voronezh, 2000. Volume I – pp. 218-225.
8. Baskakov V., Bestuzheva N., Kontchakova N. Some Properties of Dynamic Equations of
Thermoelastic Medium with Microstructure// “Thermal Stress’99” – Third Internation
Congress on Thermal Stress, - Krakow, Poland, 1999. – pp. 545-548.
Book: Baskakov V., Bestuzheva N., Kontchakova N. The Line Dynamic Theory of Thermo-
Elastic Medium with Microstructure, 2001, Russia, Voronezh, VGTU publishing house, 162
pp.
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