Curriculum Vitae
Oded Bar-Lev
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Oded Bar-Lev
31.01.1964
Israel
058501198
Divorced + 1
13 Peat Hashulhan St., Tel-Aviv
odedbarlev@gmail.com
052 – 2991812
Teaching Experience
1994 – 2002
Lecturer and Teaching Assistant, Department of Applied
Mathematics, School of Mathematics, Faculty of Exact
Science, Tel-Aviv University.
Courses:
Linear Algebra for Economics (lecturer).
Calculus of one variable for Economics (lecturer).
Calculus of two variables for Economics (lecturer).
Mathematics for Business (TA).
Calculus of one and two variables for Chemistry (TA).
Linear Algebra for Engineers (TA).
Fourier Analysis for Engineers (TA).
Advanced mathematics (numeric and differential
equations) for Engineers (TA).
Professional Experience
2006 - current Scientific consultant for Elta (IAI) Ltd., Petah-Tikva
branch. Subj: Radars.
2002 - 2003
Scientific consultant for Elbit Ltd. Haifa. Subj: Inertial
Navigation Systems.
Techniques:
Numerical Solution of non-linear differentio-integral
equations.
Numerical simulation of small systems.
Analytic Solution of differentio-integral equations.
Simulations and implementation of real time Navigation
Systems (INS).
Signal processing for radar applications.
Tracking and ballistic tracking.
Programming Languages and Operating Systems:
Very Good Matlab, Maple, Unix, Windows, Dos
Good
Fortran, Pascal, Basic
Applications:
Word, Excel etc.
Academic Education
1996 – 2005 Ph.D. Research in the department of Fluid Mechanics and
Heat Transfer, Faculty of Engineering and in the
Department of Applied Mathematics, School of
Mathematics, Faculty of Exact Science, Tel-Aviv
University. Advisors: Prof. Isaac Goldhirsch and Prof.
Philip Rosenau.
Title: “Kinetic and Hydrodynamic Theory of Granular
Gases”
1994 – 2002 Teaching and Teaching Assistance in the School of
Mathematics at Tel-Aviv University. Including service
courses in the Faculty of Engineering, the Faculty of
Management and in the School of Economics.
1994
Research work on “Computer Simulations of Low Dimensional Small Devices” in the Weizmann Institute of
Science.
1993
Research work on “The Born-Openhaimer Approximation
of Two Dimensional Electrons in Strong Magnetic Fields
and the Quantum Hall Effect” in the Weizmann Institute of
Science
1991 – 1992 MSc in Physics, The Weizmann Institute of Science.
Advisor: Prof. Shimon Levit.
Title: “Systems of Small Number of Interacting Electrons
in Very Strong Magnetic Fields”
M.Sc. With special distinction
1986 – 1990 M.Sc. Studies in the Weizmann Institute of Science. (in
parallel to military service)
1982 – 1985 B.Sc. in Physics (major), Mathematics and Applied
Mathematics in the Hebrew University (Talpiot).
1982
Partial undergraduate studies in Tel-Aviv University.
Physics and Mathematics
Military Service
1982 – 1990 Talpiot project. Academic Officer.
1987 – 1990 Research on the propagation of microwaves in the
atmosphere (especially rain attenuation and gas absorption)
1985 – 1987 Research on electrical and optical properties of thermally
treated LPE grown MCT layers.
Publications
1. Goldhirsch I., Noscowicz S. H. and Bar-Lev O., “The Homogeneous
Cooling State Revisited”, pp 37 – 63, Granular Gas Dynamics, Pöschel
T. & Brilliantov N. Eds., Springer (2003).
2. Goldhirsch I., Noscowicz S. H. and Bar-Lev O., “Frictional granular
gases”, in Proceedings of the 12th International Conference on Transport
& Sedimentation of Solid Particles, joined with the 12th International
Symposium on Freight Pipelines, Vlasak P., Filip P., and Sobota J., eds.,
vol. 1, pp. 345-352, Prague, Czech Republic, (20-24 sep. 2004) Institute
of Hydrodynamics, the Academy of Science of the Czech Republic,
Prague.
3. Goldhirsch I., Noscowicz S. H. and Bar-Lev O., “Kinetics of weakly
frictional granular gases”, in Proceeding of the ICTAM04 Conference,
Kluewr p. 144 (2004).
4. Goldhirsch I., Noscowicz S. H. and Bar-Lev O., “Weakly Frictional
Granular Gases”, in Proceedings of Traffic and Granular Flow ‘03, oct.
1-3 Delft, the Netherlands, Hintichsen H., Schreckenberg M., Fontein N.,
Bovy P. H. L., Wolf D., and Luding S., eds., Springer (2004).
5. Goldhirsch I., Noscowicz S. H. and Bar-Lev O., “Theory of Granular
Gases: Some Recent Results and Some Open Problems.”, J. Phys.: Cond.
Mat. 17 (24) S2591-S2608 (22 June 2005).
6. Goldhirsch I., Noscowicz S. H. and Bar-Lev O., “Nearly Smooth
Granular Gases”, Phys. Rev. Lett. 95 (6) 068002 (2005).
7. Goldhirsch I., Noscowicz S. H. and Bar-Lev O., “Hydrodynamics of
Nearly Smooth Granular Gases”, J. Phys. Chem. B 109 (45) 21449-21470
(2005).
8. Noscowicz S. H., Bar-Lev O., Serero D. and Goldhirsch I., “ComputerAided Kinetic Theory and Granular Gases”, Europhysics Letters, 79 (6)
60001 (2007) ), also: cond-mat / 0612694.
9. Bar-Lev O., Noscowicz S. H. and Goldhirsch I., “Hydrodynamics of
Granular Gases with Tangential Restitution”, in preparation.
10. Bar-Lev O., Noscowicz S. H., “Perturbative Solutions for Granular Gases
with Tangential Restitution”, in preparation
Thesis
11. Bar-Lev O., “System of Few Interacting Electrons in a Strong Magnetic
Field”, MSc. Thesis, Weizmann Institute of Science (1992).
12. Bar-Lev O., “Kinetic and Hydrodynamic Theory of Granular Gases”,
PhD Thesis, Tel-Aviv University (2005).
Meeting Abstracts
13. Goldhirsch I., Noscowicz S. H. and Bar-Lev O., “Frictional granular
gases”, Southern Workshop on Granular Materials, SWGM03, Pucón,
Chile, (10-13 dec. 2003).
14. Goldhirsch I., Noscowicz S. H. and Bar-Lev O., “Frictional granular
gases”, T & S meeting, The 12th International Conference on Transport
& Sedimentation of Solid Particles, joined with the 12th International
Symposium on Freight Pipelines, Institute of Hydrodynamics, the
Academy of Science of the Czech Republic, Prague (20-24 sep. 2004).
Unpublished
15. Bar-Lev O., “Attenuation of Electro Magnetic Waves in Rain in the
Range 10 GHz – 100 GHz”, Communication Corps, IDF (1990).
16. Bar-Lev O. and Levit S., “Regular and Chaotic Motion of Two
Dimensional Electrons in a Strong Magnetic Field”, unpublished report
(1992).