References:
1. Kiselnikov V.B. Pneumatic drives and equipment for electric welding equipment. Leningrad: Mashinostroenie, 1978. 200 p. (In. Russ.)
2. Neverov A.N. Noise mufflers for contact welding machines with pneumatic drives. Trudy MVTU im. N.E. Baumana (Proceedings of MHTS named after N.E. Bauman). 1979. № 308. pp. 73–94. (In. Russ.)
3. Catalogue of Camozzi Automation product. Pneumatic mufflers. Available at: https://pnevmogid.ru/catalog/camozzi/pnevmoglushiteli?page=1 (accessed: July 09, 2020). (In. Russ.)
4. Catalogue of Festo product. Pneumatic mufflers. Available at: https://pnevmex.ru/catalog/glushiteli-pnevmaticheskie/glushiteli-pnevmaticheskie-festo/ (accessed: July 09, 2020). (In. Russ.)
5. Catalogue of Pneumax product. Pneumatic mufflers. Available at: https://www.pneumax.ru/catalog/aksessuary/pnevmoglushiteli/ (accessed: July 09, 2020). (In. Russ.)
6. PF Contact Welding LLC. Contact welding machine MT-3001L UHL4. Passport. Available at: http://spetssvarka.rf/uploads/0000003029.pdf (accessed: July 09, 2020). (In. Russ.)
7. Ivanov Yu.V., Kogan M.S. Analysis of noise generation during the operation of mechanical presses and the experience of reducing the acoustic activity of the control system pneumatic mechanism. Vestnik IzhGTU = Bulletin of IzhGTU. 2006. № 2. pp. 49–52. (In. Russ.)
8. Ivanov Yu.V. Basic measures to combat aerodynamic noise in the forging shops. Bezopasnost truda v promyshlennosti = Occupational Safety in Industry. 2007. № 2. pp. 74–75. (In. Russ.)
9. Ivanov Yu.V. Methodology for calculation and design of the mufflers for aerodynamic noise of pneumatic mechanisms of the control systems for forging and pressing machines. Vestnik IzhGTU = Bulletin of IzhGTU. 2008. № 3. pp. 13–16. (In. Russ.)
10. Munin A.G., Kuznetsov V.M., Leontev E.A. Aerodynamic noise sources. Moscow: Mashinostroenie, 1981. 248 p. (In. Russ.)
11. Munin A.G. Aviation acoustics. In 2 parts. Pt 1. Ground noise of subsonic passenger planes and helicopters. Moscow: Mashinostroenie, 1986. 264 p. (In. Russ.)
12. Temam R. Navier-Stokes equations. Theory and numerical analysis. Moscow: Mir, 1981. 408 p. (In. Russ.).
2. Neverov A.N. Noise mufflers for contact welding machines with pneumatic drives. Trudy MVTU im. N.E. Baumana (Proceedings of MHTS named after N.E. Bauman). 1979. № 308. pp. 73–94. (In. Russ.)
3. Catalogue of Camozzi Automation product. Pneumatic mufflers. Available at: https://pnevmogid.ru/catalog/camozzi/pnevmoglushiteli?page=1 (accessed: July 09, 2020). (In. Russ.)
4. Catalogue of Festo product. Pneumatic mufflers. Available at: https://pnevmex.ru/catalog/glushiteli-pnevmaticheskie/glushiteli-pnevmaticheskie-festo/ (accessed: July 09, 2020). (In. Russ.)
5. Catalogue of Pneumax product. Pneumatic mufflers. Available at: https://www.pneumax.ru/catalog/aksessuary/pnevmoglushiteli/ (accessed: July 09, 2020). (In. Russ.)
6. PF Contact Welding LLC. Contact welding machine MT-3001L UHL4. Passport. Available at: http://spetssvarka.rf/uploads/0000003029.pdf (accessed: July 09, 2020). (In. Russ.)
7. Ivanov Yu.V., Kogan M.S. Analysis of noise generation during the operation of mechanical presses and the experience of reducing the acoustic activity of the control system pneumatic mechanism. Vestnik IzhGTU = Bulletin of IzhGTU. 2006. № 2. pp. 49–52. (In. Russ.)
8. Ivanov Yu.V. Basic measures to combat aerodynamic noise in the forging shops. Bezopasnost truda v promyshlennosti = Occupational Safety in Industry. 2007. № 2. pp. 74–75. (In. Russ.)
9. Ivanov Yu.V. Methodology for calculation and design of the mufflers for aerodynamic noise of pneumatic mechanisms of the control systems for forging and pressing machines. Vestnik IzhGTU = Bulletin of IzhGTU. 2008. № 3. pp. 13–16. (In. Russ.)
10. Munin A.G., Kuznetsov V.M., Leontev E.A. Aerodynamic noise sources. Moscow: Mashinostroenie, 1981. 248 p. (In. Russ.)
11. Munin A.G. Aviation acoustics. In 2 parts. Pt 1. Ground noise of subsonic passenger planes and helicopters. Moscow: Mashinostroenie, 1986. 264 p. (In. Russ.)
12. Temam R. Navier-Stokes equations. Theory and numerical analysis. Moscow: Mir, 1981. 408 p. (In. Russ.).