Fundamental and applied works:
1985-1988 Development of the physico-mathematical model for TIG-welding.
1988-1989 Development of the physico-mathematical models for light beam welding and the welding of composite materials.
1991-1995 Development of the physico-mathematical
model for MIG/MAG welding (by the order of the RWTH (Aachen, Germany).
1993-1996 Development of the physico-mathematical
model for resistance spot welding (by the order of the RWTH (Aachen, Germany).
1994-2001 Development of the physico-mathematical
model for the thermodynamic analysis of laser beam welding (by the order of the
DaimlerChrysler Corp.).
1995-2002 Development of the data base for
the thermalphysic properties of steels, Al, Ti and Ni alloys.
1996-1999 Development of the physico-mathematical
model for gas-laser cutting.
2000-2001 Development of the physico-mathematical
model for the thermodynamic analysis of electron beam welding (by the order of
the DaimlerChrysler Corp.).
1998-2001 Development of the physico-mathematical
model for MIG-tandem pulsed welding with the modulation of the pulse parameters
(by the order of the DaimlerChrysler Corp.).
1996-2001 Development of the CAD-systems for assembly and welding production.
Other fundamental researches:
Projects of the Ministry of Education of the RF
Welding (1992-1997гг.)
Welding and control (1998-2000гг.)
Expert technologies (1995-1998гг.)
по проектам Минобразования РФ
Welding and diagnostic systems (2000-2001гг.)
Beam technologies (2000-2001гг.)
Works by international grants:
Numerical analysis of pulsed arc
welding
together with the RWTH, (Aachen, Germany),1995-1999, by the grant of German
Scientific and Research Society.
Highly dynamic laser systems for
the production of light structures
together with the Institute of Beam Tools
(Stuttgart University,
Germany) (1997-2000), by the grant of German Scientific and Research Society.