Research Laboratory «VYSOTA»
PI
Igor I. Pestryakov
Head of the Lab
8 (812) 553-63-34

Our Research

Testing and calculation of physical and mechanical parameters of enclosing, supporting structures, as well as building materials and products used for the construction of buildings and structures
Instrumental assessment
  • Heat-reflecting efficiency of external wall structures;
  • Sound-proof and vibration-proof ability of enclosing structures and building elements
Instrumental assessment of physical and mechanical characteristics of building materials and structures
  • Thermal conductivity (in particular thermal resistance);
  • Vapor permeability;
  • Frost resistance;
  • Soundproofing;
  • Mechanical strength;
  • Impact strength;
  • Dynamic modulus of elasticity of damping materials;
  • Determination of relative compression under load;
  • Thermal imaging
Settlement work
  • Determination of the impact noise insulation improvement index;
  • Calculation of temperature fields in the structure of buildings and structures with application of CFD-modeling tools;
  • Calculation of specific heat losses through linear heat engineering heterogeneity;
  • Calculation of the reduced heat transfer resistance;
  • Acoustic calculations

Lab Staff

PI
Igor I. Pestryakov
Scopus ID Research Gate
Vladimir I. Korsun
Scopus ID ORCID Researcher ID
RV
Vladimir A. Rybakov
Scopus ID
SO
Oleg N. Stolyarov
Scopus ID ORCID Researcher ID Research Gate
ZS
Sergey S. Zimin
Scopus ID Researcher ID
KE
Elena A. Korneeva
Scopus ID ORCID
MT
Tatiana A. Musorina
Scopus ID ORCID Research Gate
UK
Ksenia Y. Usanova
Scopus ID ORCID Researcher ID
SS
Shukhrat T. Sultanov
Scopus ID ORCID Researcher ID Research Gate
KK
Khon Khemarak
Scopus ID Researcher ID Research Gate
QH
Ha Wang Quynh
Scopus ID

Selected Publications

The Effect of the Plaster Layer on the Sound-Insulating Ability of Enclosing Structures Made of Hollow Concrete Stones
Sindalovskiy, A., Oparov, N., Krotov, O., Sultanov, S., Pestryakov, I.
2020
Open access
The Use of Mineral Wool Insulation and Polyisocyanurate Foam in Terms of Water Absorption
Sultanov, S., Pestryakov, I., Korneeva, E., Monastyreva, D.
2020
Open access
A. Effect of Short-Term Heating up to +90 °C on Deformation and Strength of High-Strength Concrete
Khon, K., Korsun, V., Ha, Q., Volkov,
2020
Open access
Thermal Properties of Conventional and High-strength Concrete
Musorina, T., Katcay, A., Petrichenko, M., Selezneva, A.
2018
Open access
Water vapour by diffusion of PIR and mineral wool thermal insulation materials
Vatin, N.I., Pestryakov, I.I., Sultanov, S.T., Ogidan, O.T., Yarunicheva, Y.A., Kiryushina, A.P.
2018
Pub link
Comparison of Thermal Stability of Dry High-strength Concrete and Wet High-strength Concrete
Musorina, T., Katcay, A., Selezneva, A., Kamskov, V.
2018
Open access

Postgraduate courses

  • Technique and technologies of construction