WORK GEOGRAPHY
CFD (THERMAL COMFORT STUDY IN ROOMS)
Numerical simulation of the microclimate in the office spaces in Technopark Sberbank
Skolkovo, 2020
CFD-analysis of air flows (aeration) in a pipe-rolling shop
Vyksa, 2019
Numerical simulation of air distribution in Ice Arena to help HVAC systems design.
Russia, Eekaterinburg, 2019
CFD-analysis of the radiant and convective cooling of Capital Tower lobby.
Moscow, 2019
Analysis of HVAC design solutions in the atrium of a multifunctional social and business center
Lipetsk, 2018
CFD-analysis of HVAC design solutions in the conference hall of the multifunctional social and business center
Lipetsk, 2018
CFD-analysis of the indoor air quality and thermal comfort in the living Capital Tower room
Moscow, 2018
Numerical simulation of solutions for air distribution for a large audience of the Polytechnic Museum
Moscow, 2017
CFD analysis for HVAC design support in terms of air distribution for the premises of the newly built Airport Terminal.
Simferopol, 2016
CFD-modeling of the premises of the largest IKEA distribution center in Europe.
Moscow region, 2016
CFD analysis for HVAC design support for the ice arena.
2015
CFD analysis for HVAC design support in terms of ventilation for the animal management unit on the self-contained space laboratory.
2016
CFD machine hall simulation of Plastpolymer Plant. CFD analysis for HVAC design support in terms of spraying of moisture onto the compressor belt transmissions.
St. Petersburg, 2016
Thermal comfort study in room of the swimming pool. Identification of hazards in the form of window sweating and steelwork corrosion.
2015
CFD modeling and thermal comfort study in the office premises.
2015
Thermal comfort study in room of the theater auditorium.
2015
BEM (BUILDING ENERGY SIMULATION)
Building Energy Modeling of Molar plant. Estimation of energy saving measures and payback periods.
St. Petersburg, 2019
Building Energy modeling of the Trade and Residential Center for the BREEAM certification (Ene 01). Modeling to meet criteria HEA1 (Visual comfort) and HEA3 (Thermal comfort).
Moscow, 2017
Building energy simulation of the newly built Airport Terminal, development of energy efficiency solutions.
Simferopol, 2016
Skolkovo Innovation Center, supermarket with adjoining premises. Building energy simulation added 11 points to the project according to the LEED certification system CS 2009, Section EAc1.
Skolkovo, 2015
Skolkovo Innovation Center, leisure center building. Building energy simulation added 11 points to the project according to the LEED certification system CS 2009, Section EAc1.
Skolkovo, 2016
Skolkovo Innovation Center, coffee bar building. Building energy simulation added 9 points to the project according to the LEED certification system CS 2009, Section EAc1.
Skolkovo, 2015
SIMULATION OF DATA CENTER
Numerical simulation of air currents in a Data Center. Optimization of the server cabinet design.
Moscow, 2020
CFD-simulation of a typical cooling system for Diesel-Rotating UPS unit installed on the Data Center “Xelent”.
St. Petersburg, 2018
Numerical simulation of the mixing chamber as part of the Data Center thermal comfort system.
2015
CFD Data Center computer room simulation. CFD analysis for HVAC design support in normal and emergency operation.
Moscow, 2016
Integrated Okay-Telecom Data Center computer room simulation. Optimization of energy efficiency solutions.
Czech Republic, Veselí nad Lužnicí, 2016
Simplify server room simulation of Xelent Data Center. Balance calculations for TIER certification.
Saint-Petersburg, 2018
WIND LOAD AND FLOW SIMULATION
Wind load calculation for the buildings of a Multifaceted residential complex
Moscow, 2020
Wind load calculation for the Administrative building (Management and community center)
St. Petersburg, 2020
Wind load calculation for the facilities of berth No.3
Novorossiysk, 2019
Wind load simulation for the indoor storage for mechanized coal reprocessing
Vladivostok, 2019
Wind load calculation for Multifaceted office complex
Moscow, 2018
CFD approach for wind analysis of Metal processing workshops.
Tver, 2018
Numerical Evaluation of Wind Loading on a multifunctional high-rise residential buildings.
Moscow, 2018
CFD simulation of wind-induced pressure coefficients on residential buildings with built-in non-residential premises and underground parking.
Moscow, 2018
Determination of pressure distribution over the protective cover, aerodynamic drag coefficient and critical velocities calculation of the vortex resonance appearance.
2018
Flow around multifunctional buildings with with residential compartments. Estimation of wind loads (average and peak values) and pedestrian wind comfort.
Moscow, 2018
Wind load calculation of the facade system of the Military medical academy
St. Petersburg, 2017
CFD-analysis of wind load on opening window of the “Nevskaya Ratusha” building dome
St. Petersburg, 2017
Wind load simulation on radar reflector. Determination of average wind loads.
Sochi, 2017
Wind load simulation on the ventilation ducts of the ventilation system of the automated television production complex
Moscow, 2017
Wind load building aerodynamics of “Petr and Ekaterina” group of buildings.
St. Petersburg, 2015
Simulation of wind load on building of the antenna tower.
Kaliningrad, 2016
Simulation of flow around the newly built building of Airport Terminal in order to detect the effect of air discharge overflow into the air intake of draw-in ventilation systems.
Simferopol, 2016
CFD&BEM modeling of wind load on buildings and cooling towers and spread of flue gases.
2015
STACK EFFECT
Modeling the stack effect in a high-rise residential building (building 7, residential complex “Maryina Roscha”)
Moscow, 2020
Modeling of stack effect in the multifunctional high-rise (400 meters) residential building.
Moscow, 2019
Calculation stack effect in 3 high-rise buildings of a multifunctional complex. Forming a list of measures to minimize the stack effect.
Moscow, 2018
Calculation stack effect in high-rise building. Forming a list of measures to minimize the stack effect.
Moscow, 2018
HEAT TRANSFER MODELING
Modeling heat transfer through the walls of the prechamber on the technical floor of a high-rise building
Moscow, 2019
Modeling of heat transfer through the facade for a typical room of a residential building
St. Petersburg, 2019
Modeling of heat engineering characteristics of the hatch structure for the “Tower” building of the multifunctional complex “LAKHTA-CENTER”
St. Petersburg, 2019
Modeling of heat transfer through a facade with a window for a section of a typical floor of a monolithic 25-storey residential building.
Odintsovo, 2018
CFD-simulation of heat transfer through the facade with a window for the premises of the residential complex “Samotsvety”. Development of a window block design for heat losses the reduction.
St. Petersburg, 2018
Modeling the temperature of the sealant in the facade system with stemalite.
Moscow, 2017
3-D modeling of temperature distribution in the bulk and on the surface of a double facade
Saint-Petersburg, 2017
Numerical simulation of heat transfer through the facade with a window for the placement of a multidisciplinary clinic
Saint-Petersburg, 2017
OTHER WORKS
Unsteady CFD simulation of loads on the contact network due to train movement under a carport of “Innovation Center” multimodal transport hub (MMTU).
Skolkovo, 2018
Numerical simulation of loads on railway platform carport from passing trains.
Skolkovo, 2017
Simulation of heat transfer processes for ice tracks from the artificial ice system of Okhta Park Ski Complex.
St. Petersburg, 2016
Evaluation and thermal comfort study in clean room.
Valdai, 2016
Development of green and energy efficiency solutions, ROI analysis for the newly built building of Airport Terminal.
Simferopol, 2016
