Georgian Academy of Sciences

Japaridze Levan Abel

Date of Birth: November 14, 1936

Mining engineer, Doctor of Technical sciences (1978), Professor (1983), corr. memb. of the Academy of Sciences of Georgian (1997), member of Georgia (1990) and Russian (1997) Engineering Academies, member of the Russian Academy of Mining sciences (1997), member of the International Informatization Academy (1994) and the Industry, Education and Art International Academy of America (1997).

Prof. Japaridze graduated from Georgian Technical University, faculties of Construction (1960) and Mining (1962). In 1960-1965 Mr. Japaridze worked as an engineer in "Sakshakhtproekti", in 1965-68 he is a post graduate student of the Institute of Mining Geomechanics and Marcshaidery in St.Peterbug. Since 1969 Mr. Japaridze workes in the Institute of Mining Mechanics of the Georgrian Academy of Sciences: 1969-72 - Senior Scientist, 1972-86 - head of laboratory, Director of the Institute (since 1987). From 1992 he is Chairman of the Committee (now - Department) for Science and Technology of Georgia.

Prof. L.Japaridze is specialist in the field of: theory and practice of mining design transport, hidrotechnical and other underground constructions; scientific problems of processing of deposit, strength and failure of materials.

Address:

Office:

    E. Mendeli st. 7,
    Tbilisi, 380086,
    Georgia
    Tel: (995 32) 324-716
    Fax: (995 32) 329-074

Prof L.Japaridze is the author of about 100 scientific works, and 5 monograph. (Find attached the list of selected works).

LIST OF SELECTED WORKS AND INVANTIONS

  1. About Static Calculation of Vertical Mine Hangeron’ s Timbering of Round Section, Loaded with Unevenly Spreaded Outer Loading. Collection VNIMI, v. 67,S’ t. Peterburg,1967.
  2. Calculation Method of Hangerons’ Timbering with Pliable Filling of Timbering Space. Reff. Of collection "Planning and Construction of Mining Enterprises", Moscow, N.7, 1967.
  3. Influence of Tangent Contact Tensions on the Tensed Condition of Undergraund Constructions’ Circular Timbering. Reports, Academy of Sciences of Georgia, Tbilisi, 1969, N.3
  4. Coefficients of Underground Constructions’ Repulse of Round Section with Due Regard for Creepness of Rock. Reports, Academy of Sciences of Georgia, Tbilisi, 1969, N.2
  5. Investigations of Static Work of Circular Monolithic Timbering by Photo-Elasticity Method Under Various Conditions on the Contact of Timbering with massif. Collection VNIMI, v. 79,S’ t Peterburg, 1970 (co-auther-G.A.Ievlev).
  6. Calculation of Tensions Inside the Cylindrical Sample During the Tension Testing of Materials. Reports of Academy of Sciences,1971,N.3.
  7. Calculation of Circular Timbering of Underground Constructions with Pliable Space in the Hard-Greeping Rock Massif in the Book:"Rock pressure in Capital Excavations". IGD SO Academy of Sciences of SSSR Novosibirsk,1973.
  8. Issues of Timbering Calculation of Undergraund Constructions by Maximum Conditions. Pysics of Rocks and Processes of Universities’ and Scientific-Research Institutes’ Conference, Moscow,1974.
  9. Pressiometer. Author’s Sertification N.395735,1973.
  10. Calculation of Metallic Timbering of Rock Excavation. "NEDRA",Moscow,1975.
  11. Mechanics of Undergraund Constructions. "GANATLEBA",1984.
  12. Utilization of Calculation Methods by Maximum Conditions in the Planning of Undergraund Constructions. "Mining Constructions", Moscow,1984.
  13. Optimum Criteria for Construction Design and Prinsipal Scheme of Capital and Preparing Excavation under Archformation Conditions. Rock magazine, Moscow,1989.
  14. Basic Geomechanical Parametres of Rock Massifs Necessary for Underground Constructions’ Calculation (in English). Works of Soviet-Sweden seminar, Stockholm,1989.
  15. Dynamic Junction of Tungsten-Containing Materials with a Temperature’s Increase (in English). Materials of 10th International Conference on Utilization of High Energy, Lubliana, 1984 (co-author-A.Peikrishvili)
  16. Peculiarities of Explosive Welding of Tungsten-Containing Materials with a Temperature’s Increase (in English). "---",1989 "---"
  17. Optimum Criteria of Constructive Design and Underground Construction’s Basic Scheme. PTPRPI,"Nauka", Novosibirsk,1989.
  18. Shock-Wave Deformation of Tungsten-Nickel-Iron Alloy with Rise of Temperature (in English). Materials of International Conference on High Pressures in Materials of San Diego (USA).
  19. Influence of Preliminary Heating on the Dynamic Consolidation of Some Materials (in English). "-----",1990.
  20. Some Problems of Estimation of Tensed-Deformed Condition of Saple, Compacted by Shock-Waves (in English). Preprint, Tbilisi, 1991.
  21. Calculation of Extensive Mining Excavations’ Timbering by Maximum Conditions. "NEDRA", Moscow,1991.
  22. Method for Obtaining Materials made of Refractory Powders. Author’s sertificateion,N.1731438,1992.
  23. Method for Strengthening Solid Alloys by Explosion. Author’s sertification,N.1770085,1992.
  24. Technical Aspects of Production and Transportation of Water-Coal Suspension in Georgia (in German). Materials of International Colloqium on Hydro-Mechanization, Magdeburg, Germany (co-authors-Makharadze L.I., Gochitashvili T.A.)
  25. Peculiarities of Explosive Junction of Tungsten-Contaning Materials Under Heating. Materials of 8th International Congress on Cyramic and New Materials, Florence, Italy. (Co-authors-Peikrishvili A.B., Chikhradze N.M.)
  26. Shock-Wave Coating of Steel Surface with Solid Material (in English). "------"

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