On October 28, 2026, as part of their educational and scientific outreach, faculty members from the medical department participated in an exhibition h
Quotation gallery
To know that we know what we know, and that we do not know what we do not know, that is true knowledge.
Henry David Thoreau
Faculty’s news
The Address by the President of the Republic of Kazakhstan, Kassym-Jomart Tokayev, to the people of Kazakhstan - titled "Kazakhstan’s Pressing Tasks i
On October 27, 2026, a round table titled "The Scientific Legacy of Manash Kozybayev" was held at the Faculty of Medicine, marking the 95th anniversar
On October 21, 2026, as part of events marking the 35th anniversary of the Independence of the Republic of Kazakhstan, a team volleyball competition w
On October 23, 2026, at Kozybayev University hosted the regional scientific conference “Statehood of Kazakhstan: Historical Continuity and Modern Deve
On October 22–23, 2026, the 2nd International Biomedical Forum, titled "International Biomedical Forum: Research and Innovation," took place in Karaga
21 октября 2026 года совместно с медицинским факультетом был проведён турнир по Basic Life Support (BLS) — сердечно-лёгочной реанимации среди сотрудни
Информационно-просветительский семинар «Конституционные ценности – основа современного Казахстана» 21 октября, в преддверии Дня Республики Казахстан,
As part of its educational and scientific-outreach activities, the Faculty of Medicine held a practical seminar on October 1, 2026, titled "STI Preven
29 сентября — Всемирный день сердца! В честь этой даты медицинский факультет совместно с психологической службой университета организовал информацион
Development of metrological support and technological support for ultra-precise forecasting of failures of high-loaded equipment using non-destructive testing methods and integrated assessment of fatigue processes in the material of steam turbine blades a
Priority area: Information, telecommunication and space technologies, scientific research in the field of natural sciences
Project manager: Savinkin V.V., Doctor of Technical Sciences
Project executors: Demyanenko A.V., Candidate of Technical Sciences, Tadzhigitov A.A., Ph.D., Voronina O.A., Ph.D., Zhakupov M.A., Ph.D., Ratushnaya T.Yu., master, Ivanova O.V., master.
Terms of execution: 2018-2020
Amount of financing: 72,000,000 tenge.
Purpose of the project: Development of an innovative methodology for highly accurate prediction of structural and phase changes in a part and failures of highly loaded equipment.
Expected results: Improved quality of forecasting failures, process control, reduced likelihood of man-made disasters. Creation of an innovative methodology for ultra-precise forecasting.
Description of the project: The idea of the project is to study the concentration of internal stresses in the structure of dynamically loaded parts of turbines at the stage of pre-fracture, increasing the reliability and efficiency of their operation by ultra-precise forecasting. The technical solutions developed in the project will make it possible to predict with high accuracy the moment of pre-destruction and failure of highly loaded equipment, excluding man-made disasters at industrial enterprises in Kazakhstan. The synthesis of technical equipment and probabilistic methods will create a complete autonomous system for predicting defects at the structural level of a part without dismantling it, with the development of an intelligent control system and decision-making. An ultra-precise forecast will make it possible to adapt the optimal operating parameters and monitor the operation of the turbine. To conquer the market with a domestic information database that performs highly accurate forecasting.
Project objectives:
−application of proven methods and technologies for the development of metrological support and technological support for high-precision forecasting of failures of highly loaded equipment;
−analytical methods, methods of simulation modeling, development of normative and technical documentation for metrological support;
−use of non-destructive testing methods and integrated assessment of fatigue processes in the material of steam turbine blades at TPS.