The laboratory was organized in 2024 by the decision of the Academic Council of the Institute of Mechanical Engineering, Automation and Geomechanics of the NAS KR on the basis of the laboratory “Mechanics of Rocks” of the Institute of Geomechanics and Subsoil Development of the NAS KR.
Since 1983 to the present time, the laboratory is headed by D.S. Tajibayev K.T.
Composition of the laboratory
Tazhibaev Kushbakali Tazhibaevich
Education: Higher, Frunze Polytechnic Institute, Mining Engineer-Technologist, 1969
Academic degree: Doctor of Technical Sciences, 1993, dissertation topic: "Geomechanical conditions and mechanism of dynamic destruction of rocks of impact-hazardous deposits"
Academic rank: Professor, Honorary Academician of the NAS of the KR, Academician of the International Academy of Authors of Scientific Discoveries and Inventions, Honored Scientist of the KR, Laureate of the State Prize of the KR
Position: Head of Laboratory “Rock and Rock Mass Mechanics”
Contact: +(996 772) 863785, e-mail: kushbak@yandex.ru
Area of scientific interest: geomechanics, geotechnology and mineral processing technology
Scientific achievements: 269 scientific works, 5 monographs, a textbook for universities “Physics of rocks”, 2 textbooks, 12 inventions, 2 scientific discoveries.
Personal identifier: orcid.org/0009-0000-0480-6026
Kazakbaeva Gulnar Orozmambetovna
Chief Researcher, Candidate of Physical and Mathematical Sciences.
Akmatalieva Minazhat Sabyrovna
Senior Researcher, Candidate of Technical Sciences.
Publications
2024
Tajibayev K.T., Tajibayev D.K., Shorukov A.K. The method of determining the coefficient of structural weakening of a rock massif. // Patent for the invention of KR No. 395, dated July 31, 2024.
2023
Tajibayev K.T., Tajibayev D.K. Method of preventing tectonic earthquakes / Patent for the invention of the Eurasian Patent Organization No. 045700 dated December 18, 2023
2022
Tajibayev K.T., Tajibayev D.K. Physics of rocks / Textbook for universities with the stamp MES KR. - Bishkek: Altyn-print, 2022. - 501 p.
2021
Tajibayev K.T., Koichumanov Z.S., Tajibayev D.K. A new mechanical indicator of resistance to explosion is the basis for the classification of the explosiveness of solid materials, including an array of rocks / Mining Journal No. 7. - Moscow, 2021.
reference2020
Tazhibayev K.T., Akmatalieva M.S. Basics of polarization-acoustic method of determination of residual stresses / Monograph. Altyn Print Publishing House. - Bishkek, 2020
2019
Tajibayev K.T., Koichumanov Z.S., Tajibayev D.K. Method of determining the explosiveness of rocks in the massif / Patent for invention KR No. 2151 dated 30.04.2019
2018
Tajibayev K.T., Tajibayev D.K., Ormonov M.Zh. Method for determining the elasticity characteristics of solid materials / Patent KR for invention No. 2044, registration date 30.03.2018.
2017
Tajibaev K.T., Tajibaev D.K., Naumov K.I., Maloletnev A.S. Mining and processing of ores / Training manual, Moscow-Bishkek: 2017
2016
Tazhibayev K.T., Tazhibayev D.K., Akmatalieva M.S. Method for determination of residual and active stresses in solid materials / Patent for invention KR No. 1826, registration date 29.01.2016.
Tazhibayev K.T., Kozhobayev K.A., Tazhibayev D.K., Duisheev K.O. Kavak brown coal basin: prospects for the integrated use of raw materials and environmental problems of development / Mining Journal No8. Moscow: 2016.
referenceTajibayev K.T. Stresses, processes of deformation and dynamic destruction of rocks / Monograph in two volumes. - Bishkek: Altyn Print Publishing House, 2016. (volume 1 -352 p., volume 2-357 p.)
Innovative development
On the basis of the scientific discovery "Regularity of changes in the relative value of the speed of passage of ultrasonic polarized shear wave from mechanical stress in solid materials (Kushbakali's law)" (Diploma for scientific discovery No. 453, No. A-571 of April 12, 2012, p. Moscow, co-authors D.K. Tajibaev, M.S. Akmatalieva) has developed a polarization-acoustic method for determining residual and active stresses in solid materials, including rocks, which can serve as a basis for the development of devices and devices for determining stresses in the massif of rocks and technical structures.
Image unavailable
