Saratov, Russian Federation
Saratov, Saratov, Russian Federation
A technical problem in assurance of life in parts of fuel equipment and a system of natural gas transportation is analyzed taking into account their pollution in the course of manufacturing and operation. An outlook in decontamination by a method of ultrasonic refinement is shown. There is offered and proved experimentally a method for ultrasonic refinement efficiency increase up to 10 times for the surfaces mentioned above by means of imparting ultrasonic oscillations to a product directly in the area of pollution detec-tions.
ultrasound; refinement productivity; cavitation; pollutions; contact; cyclic l
1. Brzhozovsky, B.M. Ultrasonic Engineering Processes and Equipment in Mechanical Engineering and Instrument Making Industry: manual. Saratov: Saratov State Technical University, 2009. - pp. 348.
2. Sarsengaliev, A.M. New ultrasonic technology for burner device working capacity restoration of gas-compressor units // Science Intensive Technologies in Mechanical Engineering. - 2016. - No.2(56). - pp. 39-49.
3. Sarsengaliev, A.M. Technology optimization and development of plant for combined ultrasonic cleaning of burner devices to gas-compressor units based on computer simulation of sound and stress fields // Mathematical Methods in Engineering and Technologies. - MMTT. - 2013. - No.12-1 (59). - pp. 89-92.
4. Sarsengaliev, A.M. Novaya ul'trazvukovaya tehnologiya vosstanovleniya rabotosposobnosti gorelochnyh ustroystv // Matematicheskie metody v tehnike i tehnologiyah - MMTT. 2014. № 11 (70). S. 6-12.
5. Sarsengaliev, A.M. Investigation of ultrasonic cleaning of inner cavities and channels by contact method of transport and power engineering products // Problems of Electro-technology. - 2016. - No.1 (10). - pp. 35-42.
6. Sarsengaliev, A.M. Computer simulation of stress-strain state of burner units in gas-compressor units during ultrasonic contact cleaning / Information-communication Technologies in Science, Production, Education (ICIT-2016) // Proceedings of the Inter. Scientific. Tech. Conf., Gagarin STU of Saratov , “Scientific Book” Publishing House (Voronezh), - 2016.
7. Sarsengaliev, A.M. Substantiation of contact method for ultrasonic cleaning of hard-to-reach inner cavities and channels in products of transport and power engineering // Problems of Electrotechnics. - 2017. - No.1 (15). - pp. 13-17.
8. Sarsengaliev, A.M. New ultrasonic technology for working capacity restoration of burner units // Mathematical Methods in Engineering and Technologies - MMTT. 2014. No.11 (70). - pp. 6-12.
