The main direction of scientific and practical business of the department “TSS” is aimed at solving problems:
1. Increased strength and reliability of the design of mining machinery
2. Used high technology to obtain rare earth chemical elements and their alloys
3. Design and creation of alternative sources of electrical energy using high-tech technology.
4. The development of transport systems opencast mining.
5. Design of manufacturing training laborotornyh stands for educational institution.
The department is actively cooperating with enterprises of the corporate university and actively participates in the work hozdogovornoy total funding for the 2010-2011 year was 19.5 million KZT.
Signed a contract worth 10 million tons. for 2011-2012. with the LP “PlyusMikro” for the research in the field of energy saving technologies.
Work performed by contract employees of the Department households TSS for the period 2007 to 2010.
The project will be performed at the Department of Technology and communication systems KSTU. Employees of the department on this subject carried out the following funded research projects:
– 2007, “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(fan installed)” Customer LLP “Bogatyr Access Coal” Funding 414 216 tenge. Results of: audits, commissioning of ventilation systems.;
– “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(CP inclined shafts),” Customer LLP “Bogatyr Access Coal.” The amount of funding 1600800 tenge;
– “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(PP vertical shafts),” Customer LLP “Bogatyr Access Coal.” The amount of funding 856 564 tenge;
– In 2008, “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(fan installed)” Customer LLP “Bogatyr Access Coal.” The amount of funding 534 127 tenge;
– “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(CP inclined shafts),” Customer LLP “Bogatyr Access Coal.” The amount of funding, 1765409 tenge;
– “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(PP vertical shafts),” Customer LLP “Bogatyr Access Coal.” The amount of funding 944 708 tenge;
– In 2009, “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(CP inclined shafts),” Customer LLP “Bogatyr Access Coal.” The amount of funding 1952673 tenge;
– “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(PP vertical shafts),” Customer LLP “Bogatyr Access Coal.” The amount of funding 1045736 tenge;
– “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(fan installed).” The amount of funding 468 297 tenge;
– In 2010, “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(fan installed) Client LLP” Bogatyr Coal. ” The amount of funding 540 768 tenge;
– “The audit, adjustment and development of recommendations to improve operating conditions stationary mine drainage mine” Hercules “(PP vertical shafts).” The amount of funding 1190877 tenge;
– In the 2009 state budget theme: “Restores energy by means of evaluation and development of methane gas in order to prevent man-made hazards” Customer LLP “Bogatyr Access Coal.” The amount of funding 5500000 tenge.
Expected life of the project for 3 years. This project will significantly improve the durability, reliability and service life of structural parts of the electromechanical equipment in continuous operation, without significant material costs and downtime. The essence of the project is the establishment and elimination of stress concentration zones, which produce fatigue cracks, leading to the destruction of the structure through the use elements of the gain in the critical points. This fact will greatly extend the life of any structure and reduce its metal without the use of high strength alloys.
In the process, will perform the following work:
– Developed an automated way to establish the emergency hazardous voltages in the brake unit mining hoisting machine load operating conditions during operation;
– Improved ways to enhance and restore method design, allowing to provide the necessary strength and durability of the beam braking mine hoist using diagnostic tools and simulation;
– Methods of simulation and design parameters of the form elements to strengthen the beam braking devices, reducing the value of maximum stress at operating loads;
– Prepared practical recommendations for the restoration of damaged structures as a result of the formation and development of fatigue cracks for all kinds of electromechanical equipment.