Abstract

The article describes the ways of industrial development in the era of transition from a linear model of the economy to a circular model, as well as new trends in the development of logistics. It shows the interconnection of processes in production systems, logistics and services, their role in ensuring sustainable green growth. It is shown that by closing the loop of product lifecycles, reverse logistics plays an important role to transitioning to a circular economy. The article presents an example of planning the supply of spare parts when organizing services in foreign markets. Planning is based on multidimensional analysis of failure and modeling data. For this purpose, an information system was developed. The found failure probabilities of units and parts were used to build a model of the reverse logistic chain, within which the parameters of the formation of a reverse flow, differentiated for various operating conditions and vehicle subsystems, were introduced for the first time.

Highlights

  • GritsenkoThe Role of Reverse Logistics in the Transition to a Circular Economy: Case Study of Automotive Spare Parts Logistics

  • Globalization processes have led to the realization of the need to find ways of transition to a new model of the economy

  • The practice of doing business shows that the linear model of the economy is inefficient

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Summary

Gritsenko

The Role of Reverse Logistics in the Transition to a Circular Economy: Case Study of Automotive Spare Parts Logistics. The article describes the ways of industrial development in the era of transition from a linear model of the economy to a circular model, as well as new trends in the development of logistics. It shows the interconnection of processes in production systems, logistics and services, their role in ensuring sustainable green growth. Planning is based on multidimensional analysis of failure and modeling data. For this purpose, an information system was developed.

INTRODUCTION
Logistics features in a circular economy
Reversible logistics in the automotive industry
Modern logistics systems for the supply of automotive spare parts
RESULTS AND DISCUSSIONS
Models and algorithms for managing the vehiclesworkability
LIMITATIONS
Choosing a delivery vehicle
Limitations:
Formation of closed-loop supply chains
CONCLUSION
Full Text
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