Received 24.02.2022, Revised 21.04.2022, Accepted 02.06.2022

State and implementation of innovative technologies in technical operation of vehicles

Volodymyr Volkov, Igor Gritsuk, Volodymyr Kuzhel, Tetiana Volkova, Ganna Pliekhova

The purpose of the article is to analyze the state of road transport and the implementation of information technology in the technical operation of vehicles. The analysis of the current state of road transport showed that the diversification of road transport enterprises, their unbundling, business development have led to the polarization of car fleets and the concentration of a significant number of cars in small in size and number of enterprises. The main systemic problems of road transport at the present stage are considered, which showed that the existing system of maintenance and repair of cars in the maintenance of cars no longer meets modern requirements for maintaining the efficiency of vehicles. It is substantiated that the availability of modern technologies allows to move to the adaptive system of maintenance and repair of cars, the key point of which is the development of information and communication system and database of models that provide remote monitoring of the necessary current information from the vehicle. The results of the experimental study of technical and economic indicators of a passenger vehicle with the help of the developed information and software complex "IdenMonDiaOperCon "HNADU-16"", which works in the conditions of intelligent transport systems, are presented. Evaluation of the results of determining the technical and economic performance and parameters of the technical condition of the vehicle in operating conditions was carried out on the average speed of its movement and fuel consumption. Estimation of operating conditions was carried out on the value of the relative coefficient of change of speed in accordance with the provisions of the theory of operation of cars.The bulk of cars in Ukraine are concentrated in small enterprises in size and number, resulting in deteriorating technical condition of vehicles. The existing system of technical condition control in such enterprises no longer meets the modern requirements for maintaining the efficiency of vehicles. This can be solved by implementing in the TEA the principles of "adaptive" management system of the technical condition of the car, the basis of which is the creation of information systems of organizational and functional control and support of technical maintenance of vehicles.The obtained results of monitoring the parameters of the technical condition of the vehicle in operation, allow to obtain the values of average speeds for the experimental site, taking into account geozones, fuel consumption and relative coefficient of change of speed, which is the main guide in determining vehicle operating conditions

motor transport, vehicle, technical operation of cars, maintenance and repair, adaptive maintenance and repair system, information and software complex, operating conditions, average speed, fuel consumption
23-33
Volkov, V., Gritsuk, I., Kuzhel, V., Volkova, T., & Pliekhova, G. (2022). State and implementation of innovative technologies in technical operation of vehicles. Journal of Mechanical Engineering and Transport, 8(1), 23-33. https://doi.org/10.31649/2413-4503-2022-15-1-23-33

References

[1] Transport and communications of Ukraine for 2014. (2015). Kyiv: Consultant.

[2] Redzyuk, A.M. (Ed.). (2005). Motor transport of Ukraine: State, problems, development prospects. Kyiv: SE “State Trans Research Project”.

[3] Govorushchenko, N.Ya. (1984). Technical exploitation of automobiles. Kharkiv: Higher school.

[4] Kuznetsov, E.S. (Ed.). (2001). Technical operation of cars (4th ed.). Moscow: Nauka.

[5] Order of the Ministry of Infrastructure of Ukraine No. 550 “On the Approval of the Rules for the Operation of Wheeled Vehicles”. (2013, July). Retrieved from http://zakon.rada.gov.ua/go/z1453-13.

[6] Regulations on maintenance and repair of road vehicles of road transport. (1998). Kyiv: Ministry of Transport of Ukraine.

[7] Volkov, V.P., Mateichik, V.P., Nikonov, O.Ya., Komov, P.B., Hritsuk, I.V., Volkov, Yu.V., & Komov, E.A. (2013). Integration of technical operation of automobiles in the structure and processes of intellectual transport systems. Donetsk: Knowledge.

[8] Volkov, V.P. (Ed.) (2016). Intelligent and telematic technologies in transport. Shymkent: YuKSU named after M. Auezova.

[9] Volkov, V.P. (Ed.) (2018). Information systems for monitoring the technical condition of cars. Kharkiv: A.M. Panov.

[10] Volkov, V.P., Mateichik, V.P., Komov, P.B., Hritsuk, I.V., Volkov, Yu.V., & Komov, A.P. (2014). Peculiarities of vehicle condition monitoring using on-board diagnostic complex. Scientific Journal of Project Management, System Analysis and Logistics, 13, 126-138.

[11] Govorushchenko, N.Ya. (2011). System engineering of automobile transport (calculating methods of research). Kharkiv: Kharkiv National Automobile and Highway University.

[12] Volkov, V.P. (Ed.). (2019). Intelligent transport systems in the technical operation of automobiles. Baku: APOSTROFA.

[13] Volkov, V., Gritsuk, I., Volkova, T., Dytiatiev, O., Volodarets, M., Chygyryk, N., & Bulgakov, M. (2020). Energy approach to the formation of braking properties of vehicles. SAE Technical Paper, 2020-01-5115. doi: 10.4271/2020-01-5115.