Vladimir Smirnov

Position:Head of the Laboratory of Structural Dynamics at the EM Research Institute, Associate Professor of the SiTM Department
Employer:NRU MGSU
Country:Russia

Background

Candidate of Technical Sciences, Moscow State University of Civil Engineering.

He graduated from Lomonosov Moscow State University with a degree in Mathematics and System Programmer.

After graduating from MGSU, he entered the Department of Structural Mechanics, where he still works as an associate professor, supervises the work of graduate students and postgraduates.

Since January 2015, he has been the Head of the Laboratory of Structural Dynamics at the MGSU Research Institute of Electrical Engineering.

Laureate of the Russian Government Prize in Science and Technology, Laureate of the Moscow Government Prize.

Author of more than 110 scientific papers and 4 patents.

Topics of presentations

2025
  1. Assessment of the vibroacoustic impact of high-speed trains on infrastructure and habitat
2023
  1. API in the hands of an engineer using the example of the problem of assessing building vibrations from the effects of the subway
2022
  1. Numerical modeling of the dynamic impact of a shallow-level subway on urban development
  2. Practical experience of experimental and theoretical substantiation of the bearing capacity of facade structures of high-rise buildings under dynamic, including seismic, impacts
2021
  1. Reducing the dynamic load on the underground parts of structures from the subway lines. Research, implementation and application experience
  2. Reduction of vibration and noise pollution in large cities due to vibration protection of buildings
  3. Hinged facade systems in seismic conditions. Test program and design methods
2020
  1. The results of the actual implementation of the vibration-proof design of the NSR for the Moscow Metro. Comparison with existing designs. Development paths
2018
  1. The impact of man-made vibration on the environment. Examples of the design of vibroacoustic protection systems. Review of new regulatory documents on the evaluation and design of vibroacoustic protection systems developed by NIISF RAASN
2017
  1. Vibration isolation of buildings located near metro lines.
  2. The use of Isofom crosslinked polyurethane foam in the installation of floating floors and in other building structures to protect against noise and vibration during the construction of residential, public and industrial buildings.
2016
  1. Vibration protection of engineering equipment in high-rise buildings
2015
  1. Modern methods of ensuring earthquake resistance of high–rise buildings are seismic insulation, damping devices, vibration dampers. Regulatory documents on design

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