Simulation modeling in infrastructure modernization projects of the Russian part of the Central Eurasian Corridor

Abstract

The article presents a brief characteristic of international transport corridors running through Russia. Their key nodes and the need for their sustainable development are identified. The use of structurization, analysis and synthesis methods allowed the study to obtain quantitative and qualitative characteristics of transport infrastructure facilities of Russian cities, through which the railway branches of the Central Eurasian Corridor pass. The rules of interaction between the key elements that make up the structure of each of the research objects have been established. A set of such rules and object characteristics became the input parameters for the simulation model of the problem domain. The problem area includes all bottlenecks in the transportation network formed by the intersection and merging of traffic flows. State diagrams illustrating the peculiarities of the behavior of object groups of the simulation model on the example of the city of Orenburg are developed.

Electric charging stations for electric vehicles in a traffic flow simulation model

“…In addition, digital twins of such systems can be used in the educational process when training specialists in the field of state and municipal management, urbanism, road construction, environmental monitoring and management economics. In the works related to the development of methods and tools for effective management of the educational process, it is noted about the need for digital resources capable of simulating real processes for the formation of professional competencies [11,12]. The developed model can be used as an electronic educational resource or digital simulator.…”