Sergey Azemsha
road transport Risk Analysis and Management, Modelling of Hydrodynamic and Transport Process, Transportation Logistics Risk Analysis and Management Modelling of Hydrodynamic and Transport Process Transportation Logistics Transportation Planning and Optimization Transportation

Bio

Sergey Azemsha is a researcher affiliated with the Belarusian State University of Transport, where he serves as Head of the Department of Road Transport and Traffic Management. His research focuses on transportation logistics, risk analysis, and the modeling of hydrodynamic and transport processes. With a PhD in road transport, he has contributed to the understanding of urban mobility, including studies on trolley bus occupancy and the impact of automobilization on population morbidity. He has authored 18 publications, which have been cited 28 times, and maintains an h-index of 3. His work is recognized through his ORCID (0000-0002-9368-8910) and Scopus (15020262100) profiles.

Experience

Hed of Department

2000 - Present • Department "Road Transport and Traffic Management"

Research

The Study of the Trolley Buses Occupancy

Article April 27, 2019

Public transport occupancy is a very important indicator. On the one hand, low occupancy rates result in a low payback of transportation. On the other hand, too high occupancy rates reduce the quality of services provided to passengers, which can lead to an outflow of passengers. The study of oc cupancy of public transport devoted some works. In [1], the authors found that Pareto law is valid for many routes about occupancy - only 20% of bus occupancy is used for 80% of the route. The article [2] presents a method for estimating the level of employment of public transport based on data recorded by the weighing system in motion (wait in motion system). Analysis of the measurement data allowed us to propose the following analytical form of a function describing the employment level of a passenger vehicle, depending on the result of gross weight measurement [2, p. Five]: Y = 152.05X + 9624.4, Where X is the number of passengers, Y is the vehicle weight.