Education

Master

2017

The topic of the WRC «Assessment of the aeration regime of urban development taking into account the windproof characteristics of landscaping» (direction of preparation 07.04.04 Urban planning)

Topic of the WRC «Study of the influence of aerodynamic characteristics of buildings on heat losses on the example of a promising development in the city of Moscow» (direction 08.04.01 Construction)

The topic of the WRC «Features of urban planning design taking into account the wind regime and the nature of snow deposition according to physical modeling» (direction of preparation 07.04.04 Urban planning)

The topic of the WRC is «Features of urban development and principles of designing buildings with wide-body and atrium momas in the Arctic zone of the Russian Federation»

Topic of the WRC «Development of methods for modeling wind impacts on unique buildings and structures in wind tunnels with a small working part» (direction 15.04.03 Applied Mechanics)

Topic of the WRC «Experimental modeling of aerodynamic effects on high-rise buildings and structures» (direction 15.04.03 Applied Mechanics)

2019

Topic of the WRC «Study of wind loads on a railway bridge of high-speed railways in the conditions of the surface layer» (15.04.03 «Applied Mechanics»)

Topic of the WRC «Studies of wind loads on high-speed railway infrastructure facilities in the conditions of the surface layer» (15.04.03 «Applied Mechanics»)

2020

The topic of the WRC is «Optimization of the geometry of building enclosing structures based on the results of wind impact studies» (direction 15.04.03 Applied Mechanics)

Topic of the WRC «Modeling of phenomena of snow transfer and snow deposition on the roofing of a unique construction object» (direction 15.04.03 Applied Mechanics)

Bachelors

2020 

Topic of the WRC «Computational and experimental modeling of wind impact on the transformer substation of the oil waste processing complex» (direction 01.03.04 Applied Mathematics)

 

Topic of the WRC «Computational and experimental modeling of wind impact on a cylindrical tank of industrial» (direction 01.03.04 Applied mathematics)

 

Topic of the WRC «Computational and experimental modeling of wind impact on an industrial building with two height differences» (direction 01.03.04 Applied Mathematics)