Thirty first issue

"Noise Theory and Pratice"

Vol. 8 No. 4 (IV, 2022)

Noise Theory and Practice. 2022; 4 (8): 1-85

The following topics are covered in the current Issue of the Journal:

 

  • Development of the application for reporting the results of acoustic measurements, taking into account their strategy
  • Numerical simulation of the kinematic parameters of the motion of acoustic sources in the atmosphere
  • Experimental studies of vibration-damping properties of composite materials based on hpl paper-laminated plastics containing imbedded layers of VPS-2.5 thermoplastic films
  • Studies of acoustic properties of materials for additional sound insulation in multi-apartment residential buildings under conditions of application of various building structures
  • Modeling of noise generation of the carrier system of roller table mechanisms
  • Substantiation of systems for reducing noise and vibrations of grinding wheels
  • Substantiation of acoustic models of 'gear wheels-mandrels' systems of gear shaping and gear cutting machines

 

Content
pp. 5,6


RUS

ENG

Tyurin A.P.
Development of the application for reporting the results of acoustic measurements, taking into account their strategy
pp. 7-22


RUS

Zaslavsky Yu.M., Zaslavsky V.Yu
Numerical simulation of the kinematic parameters of the motion of acoustic sources in the atmosphere
pp. 23-39


RUS

Kirpichnikov V. Yu., Smolnikov V.Yu., Kudaev A.V., Guseva E.V., Syatkovsky A.I.
Experimental studies of vibration-damping properties of composite materials based on hpl paper-laminated plastics containing imbedded layers of VPS-2.5 thermoplastic films
pp. 40-48


RUS

Gureev K. A., Triastсin D. V.
Studies of acoustic properties of materials for additional sound insulation in multi-apartment residential buildings under conditions of application of various building structures
pp. 49-58


RUS

Glinkin A.S.
Modeling of noise generation of the carrier system of roller table mechanisms
pp. 59-68


RUS

Soldatov A.G., Chukarin A.N., Finochenko T.A.
Substantiation of systems for reducing noise and vibrations of grinding wheels
pp. 69-76


RUS

Ryzhov S.P., Chukarin A.N., Finochenko T.A.
Substantiation of acoustic models of 'gear wheels-mandrels' systems of gear shaping and gear cutting machines
pp. 77-85


RUS