KALABIN ALEXANDR

Doctor of Physics and Mathematics
Professor of the Department of Automation of Technological Processes

EDUCATION AND SCIENTIFIC DEGREES:

• 1979 – Tver State University(TSU) - Master degree in Physics 
• 1991 – Ph.D in technical/engineering sciences  
• 1998 – Doctor of Physics and Mathematics science  
• 1999 – Professor of the Department of Automation of Technological Processes

RESEARCH INTERESTS

• Physical-chemical processes by elongation flow of jet of solution and melt polymers
• Modelling of workflow of forming of man-made fiber
• Theory of static and economic indexes
• Development of programming systems

COURSES AND LECTURES AT TSTU

• Programming language basics
• Computers, systems and networks
• Computers in control systems
• Mathematical simulation

ADVISEE RESEARCH

• Simulation of workflows of formation of man-made fiber
• Development of programming systems
• Development of multimedia training appliances
• IT in Economy

PRIMARY PUBLICATIONS 

1. N.I. Gamayunov, A. L. Kalabin, and V. A. Svistunov Simulation of Diffusion in Bicomponent Fibers of the Core-Cladding Type //Journal of Theoretical Bases of Chemical Technology, Vol. 28, No. 3, 1994

2. A.L. Kalabin Modeling the aerodynamic drawing of a visco-elastic fluid by a thin nonisothermal jet //Journal of Applied Mechanics and Technical Physics,No. 3, 1994

3. A.L. Kalabin, E. A. Pakshver Simulation of Kinetics and Heat and Mass Taransfer for the Spinning of Chemical Fibres from Polymer Solutions //Journal of Theoretical Bases of Chemical Technology, Vol. 31, No. 6, 1997

The basic publications in English

Head of the projects:

1. Determination of termophysical characteristics method, based on Laplace integral transformation
2. The research of termophysical characteristics of fibrous systems
3. Simulation of Diffusion by formation of polymer optical fiber
4. Modeling the aerodynamic drawing of a visco-elastic fluid by a thin no isothermal jet
5. Simulation of workflows of formation of man-made fiber
6. Modeling the Filament Formation in the Wet Spinning of Synthetic Fiber from Polymer Solutions