employee
Bryansk, Bryansk, Russian Federation
UDC 001.3
UDC 308
UDC 378
UDC 929
Russian Library and Bibliographic Classification 1
The paper gives biographical data and information on the creative career of Boris Grigoryevich Keglin, a prominent scientist and founder of the scientific school in the field of dynamics and strength of transport vehicles, Honored Worker of Science and Technology of the Russian Federation, Honorary Employee of Russian Railways, Doctor of Technical Sciences, Professor. The main stages of his production activity are described. B.G. Keglin worked at Bryansk Road Machinery Plant and spent half a century of scientific and pedagogical activity at Bryansk Institute of Transport Engineering - Bryansk State Technical University, where he headed the Department of Dynamics and Strength of Machines for more than 20 years.
postgraduate study, auto coupling, shock absorbers, Bryansk Institute of Transport Engineering, Bryansk State Technical University, dynamics and strength of machines, engineer, inventor, department, machine reliability, absorbing devices, polymers, professor, friction, friction devices, targeted intensive training of specialists
1. Personal file of professor Keglin BG./ HR Department of BSTU PFU.
2. Trifankov YuT, Rafienko EN. University and society: on the path of technical progress: monograph. Bryansk: BSTU Publishing House; 2005.
3. Sazonov SP, Buglaev VT, Melnikova MV. Rectors, vice-rectors, deans, heads of departments, professors of Bryansk State Technical University (1929 - 2004): handbook. Bryansk: BSTU; 2004.
4. Kravtsova NV. Bio-bibliographic index of Professor Keglin works: to the 80th anniversary of his birth. Bryansk: BSTU; 2015.
5. Keglin BG. On the calculation of relaxation vibrations occurring upon impact in a friction shock absorber. BMSTU Journal of Mechanical Engineering. 1962;4:117-126.
6. Keglin BG. On the design of a freight car in some problems of longitudinal dynamics. Russian Railway Science Journal. 1969;3:16-20.
7. Keglin BG. Synthesis of an optimal shock absorber for cars. BMSTU Journal of Mechanical Engineering. 1981;3:6-9.
8. Keglin BG. Parametric reliability of friction devices: monograph. Moscow: Mashinostroenie; 1981.
9. Keglin BG. On the choice of parameters of a passenger car shock-absorbing device. Russian Railway Science Journal. 1984;1:37-40.
10. Nikolsky LN, Keglin BG. Rolling stock shock absorbers: monograph. Moscow: Mashinostroenie; 1986.
11. Keglin BG, Tikhomirov VP. Features of temperature measurement in nonstationary friction processes. Friction and Wear. 1990;11(1):73-76.
12. Suslov AG. Quality of machines: handbook. Moscow: Mashinostroenie; 1995.
13. Boldyrev AP, Keglin BG. Calculation and design of shock absorbers for rolling stock: monograph. Moscow: Mashinostroenie; 2004.
14. Keglin BG. Development of new shock absorbers for cars (experience of introducing new technology in Russian railway transport). Bulletin of Bryansk State Technical University. 2014;4(44):41-45.
15. Nemeshaeva T. "... and the laws of understanding a personality". Bryansky Rabochy. 2005 July 8.
