Zamira Amirova, a 2nd-year student of the Department of Journalism and Social Sciences at the Faculty of History, Economics, and Law, achieved outs Read more
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On March 19, 2026, the Faculty of History, Economics, and Law celebrated the grand opening of a new recreation area, the «Kitchen Room». The event too Read more
On March 18, 2026, as part of the Day of National Clothing, a vibrant flash mob titled “National Clothing – Pride of the Nation” was held in the Educa Read more
On March 17, 2026, as part of the celebration of Shanyrak Day, a round table titled “Shanyrak – a Symbol of Unity and Health” was held at the Educatio Read more
On March 16, 2026, as part of the Day of Culture and National Traditions, an interactive platform titled “Traditional Medicine and Culture of the Kaza Read more
On March 15, 2026, as part of Charity Day, a volunteer campaign titled “Do Good — Warm a Heart!” was organized at the Faculty of Medicine. Students o Read more
On March 14, 2026, the Faculty of History, Economics, and Law hosted a festive event dedicated to the traditional Kazakh holiday «Kөrisu kuni», also k Read more
On the eve of the celebration of Gratitude Day, on February 27, 2026, a charity fair was held at the Faculty of History, Economics and Law, bringing t Read more
On February 27, 2026, in anticipation of the «celebration of Gratitude Day», the Faculty of History, Economics, and Law hosted a warm gathering and a Read more
On February 27, 2026, the Faculty of History, Economics and Law held a career guidance meeting with students of the «Foundation» program and future ap Read more
Laser-plasma technologies for the restoration and repair of products and equipment of the machine-building and energy industries
Project leader: Savinkin V.V, Head of the Department, Associate Professor of the Department "Transport and mechanical engineering", Doctor of Technical Sciences
Project executors: Tomashets A.K., Ph.D., Kolisnichenko S.N., Master of Technical Sciences, PhD candidate, Derman A.L., Master of Technical Sciences, Zhakupov M.A., Associate Professor, docent, Candidate of Technical Sciences
Terms of execution: 2019-2022
Amount of financing: 80,000,000 tenge.
Project goal: Implement the intellectual, scientific, technological and experimental-design developments of scientists of Kazakhstan in the field of laser-plasma technologies through integration in restoration process energy, mining equipment heavy machinery.
Expected results:
- the novelty lies in the integrated solution of problems of quality control of restoration and improvement of physical, mechanical and geometric properties of turbine blades using information and plasma technologies;
- practical relevance: the developed a draft adaptive design–technological complex plasma recovery turbine rotor blades TPP; a mathematical model of the dynamic process of turbines; developed a virtual model of the plasma recovery of the blades of the turbines with adaptive control system of the spraying process; the algorithm of the process of plasma recovery blades.
Project description: enriching the repair and restoration production potential of Kazakhstan with innovative equipment and energy-efficient laser-plasma technologies that increase the durability of machines and energy complexes of strategic importance. Implemented in the project, scientifically based structural and technological developments of laser-plasma technology will provide high-quality restoration of degraded parts of complex geometry in hard-to-reach places without dismantling from the unit. The developed laser-plasma technologies and equipment should be brought to a wide market of consumers in Kazakhstan and the CIS countries with commercialization through the private business partnership sector. The competitiveness of Kazakhstan in the world market of energy and mechanical engineering can be increased by reducing the cost and increasing the technological effect, advanced laser and plasma technologies through high-quality restoration and repair of components and parts of industrial equipment.
Project objective:
−conducting marketing research on the company's competitiveness, selecting innovative energy-efficient equipment based on automated operation of the laser-plasma complex;
−analysis of the capacity of the enterprise to set up the production process of laser-plasma recovery of worn parts of power and mining equipment;
−production of a plasma generator according to the design documentation developed by M. Kozybayev NKSU;
−introduction of laser-plasma technology for repair and restoration of scarce components of industrial equipment associated with intensive wear and degradation of work surfaces in places that are difficult to repair. Selection of powder material.