About Georgian Academy of Sciences

Members

Georgian Academy of Sciences

Petre Merabishvili

Professor was elected as a correspondent member of the Georgian Academy of Sciences on the speciality-power engineering of the department of Applied Mechanics, Mechinbuilding Industry and Control.

Birth Date - 28 November 1935.

In 19964 at Moscow Institute of Automation and Telemechanics of the Academy of Sciences of USSR he wrote the thesis "Two dimension high accuracy following system applicable to the longitudinal electroerosion metal cutting installation" and received the academic degree - Candidate of Technical sciences (Ph.D.).

In 1983 he received the academic degree - Doctor of Technical Sciences at Kiev Electrodynamics Institute of Ukrainian Academy of Sciences. The title of the doctorate thesis is "Spectral-operator Method and Analyze of Dynamic of Electromagnetic Processes of System with the Valve Convertors".

The main scientific research field of Prof. P. Merabishvili is Power Electrical Engineering.

Prof. P. Merabishvili is head of Department and dean at the Georgian Technical University. He is the chairman of the Council of Learned Experts of Georgia, the member of the Council of the Georgian Technical University, the Chairman Of the special Council that to be authorized to consider thesises.

Prof. P. Merabishvili is a member of the International Electrotechnical Academy of Sciences in Moscow (elected in 1997), a corresp. member of the Georgian Engineering Academy (elected in 1996), a member of the Georgian National Power Engineering Academy (elected in 1995).

He got a bronze medal of the Exhibition of Achievements of Development of People Economy of USSR (in 1985) and Honor medal of Georgia (in 1995).

Home address:

: 163 Feet, 55 A. Tsereteli avenue; Tbilisi 380054
Georgia

Office address:

Georgian Technical University

75, Kostava St.
Tbilisi 380075
Georgia

Tel: 38-10-75; 36-64-64

N	Name of Scientific Paper	Printed/ Written	Publication or Magazin	Number of pages	Co-author
1	2	3	4	5	6
1.	Optimisation of performance of electropulse generator of electroerosion machine-tools.	prin.	Journal of the S.U. academy of sciences, "Electrichestvo", No. 7, Moscow, 1963	p. 61-66
2.	Synthesis of the two-dimensional invariental system following to any variable parameter.	prin.	Proceedings of the S.U. academy of the sciences, "Technicuri Kubernetica", No. 5, Moscow, 1964.	p. 31-38
3.	Operational method of calculation of electromagnetic transient processes of a single-phase autonomous inverters.	prin.	Journal of the S.U. academy of sciences, "Electrichestvo", No. 5, Moscow, 1970.	p. 52-56
4.	Analytical method of investigation of stady-state and transient electromagnetic processes of autonomous inverters.	prin.	Journal of the S.U. academy of sciences, "Energetica and Transport", No. 6, Moscow, 1971.	p. 56-67	Zabrovski S.G. Sluchenko E.I.
5.	Opplication of operational method for analysis of transient of three-phase autonomous inverters.	prin.	Journal of the S.U. academy of sciences, "Electrichestvo", No. 3, Moscow, 1972.	p. 81-83
6.	Calculation of steady-state and transient processes of autonomous inverters of nonsymmetrical load and control	prin.	Proceedings of the Universities of the S.U., "Electromechanica", No. 3, Moscow, 1973.	p. 287-295
7.	Investigation of steady-state and transient processes of three-phase bridge rectifiers by swithing functions.	prin.	Journal of the S.U. academy of sciences, "Electrichestvo", No. 4, Moscow, 1973.	p. 21-26	Sluchenko E.I.
8.	Investigation of steady-state and transient processes of valve converters by meen values.	prin.	Journal of the S.U. academy of sciences, "Electrichestvo", No. 7, Moscow, 1973.	p. 46-51	Tolstov I.G.
9.	Calculation of steady-state and transient electromagnetic processes of autonomous inverters at switching with variable voltage.	prin.	Proceedings of the Universities of the S.U., "Electromechanica", No. 4, Novochercask, 1974.	p. 449-454	Sluchenko E.I.
10.	Investigation of commutation stability of current autonomous inverters at transient	prin.	Journal of the S.U. academy of sciences, "Energetica and Transport", No.3, Moscow, 1971.	p. 146-150
11.	Calculation of transient processes of three-phase rectifiers at switching when amplitude of voltage varies.	prin.	Proceedings of the Universities of the S.U., "Energetica", No. 8, Moscow, 1976	p. 132-137	Sluchenko E.I.
12.	Computation of the commutation stability of autonomous current inverters during transients.	prin.	The academy of sciences of the USSR, Power engineering, "Energetica i Transport", Vol. 13. No. 3, Allerton Press Enc., 1975.	p. 146-150
13.	Mathematical model of circuits with valve converters.	prin.	Journal of the S.U. academy of sciences, "Energetica and Transport", No.4, Moscow, 1980.	p. 57-70
14.	Transient electromagnetic processes of the valve systems.	prin.	Monograph. Publishing-house of the Moldavian academy of sciences, Kishinev, 1980	p. 208	Iaroshenko E.M.
15.	Mathematical model of scircuets with rectifier converters.	prin.	Journal of the academy of sciences of the USSR, "Energetica i Transport", Vol. 18. No. 4, Allerton Press Enc., 1980.	p. 57-70
16.	Equivalent circuit diagram of current autonomous inverters.	prin.	Journal of the academy of sciences of the USSR, "Electrichestvo", No. 2, 1981.	p. 44-48
17.	Application of switching functions and laplae transforms for analyses of electromagnetic processes of electric circuits with volves	prin.	Lectures of the Third international symposium of theoretical electrical engineering. Vol. 2, Moscow, 1985.	p. 35-86
18.	Investigation of electromagnetic processes of three-phase controlled rectifiers.	prin.	Journal of the S.U. academy of sciences "Electrichestvo", No. 8, Moscow, 1986.	p. 28-33	Kokhreidze G.K.
19.	Spectral-operational method and analyses of transient processes in valve converter circuits.	prin.	The work of the fourth international symposium of theoretical electrical engineering. Vol. 2, Ilmenau, German Federal Republic, 1987	p. 194-197
20.	Theory of transient electromagnetic processes of circuits with valve converters	prin.	Monograph, Publishing-house of Tbilisi state Universities, Tbilisi, 1990.	p. 294
21.	Analysis of transient processes in complex chains with single-phase inverter.	prin.	Tramsaitions of Georgian Technical Universities. No. 11 (367). Tbilisi, 1990.	p. 5-9	Vadachkoria G.V.
22.	Mathematical model of electromagnetic processes of the converter systems contaiming three-phase autonomous inverter.	prin.	Journal of the S.U. academy of sciences "Electrichestvo", No. 3, Moscow, 1990.	p. 31-37	Kokhreidze G.K.
23.	Analysis of electromagnetic processes of single-phase bridge rectifiers with sinusoidal current source.	prin.	Journal of the S.U. academy of sciences "Electrichestvo", No. 2, Moscow, 1992.	p. 30-35	Vadachkoria G.V.
24.	Transient analysis of circuits with single-phase rectifier bridge for a sine-wave input current.	prin.	Journal of the S.U. academy of sciences "Electrical Technology", No. 2, Pergamon Press, Oxford, New-York, Seoul, Tokyo, 1993.	p. 56-67	Vadachkoria G.V.
25.	Main directions of reorganisation and improvement of Power supply system of Georgia.	prin.	Bulletin of the Georgian academy of sciences. (155) No. 2, Tbilisi, 1997.	p. 252-258	Loladze T.N., Salukvadz G.V.

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