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Infrared Thermal Monitoring of Intersection Elements of Urban Road Infrastructure and Road Traffic Via Drone

Iliyan Damyanov, Georgi Mladenov, Durhan Saliev, Rosen Miletiev, Kalin Dimitrov, Vladimir Hristov

Abstract


This paper presents a thermographic analysis of a street junction within an urban road network, focusing on identifying thermal load sources generated by vehicle traffic—an increasingly significant environmental concern for urban populations. The study explores the application of thermographic methods at urban intersections and the creation of thermal maps. These approaches support the advancement of intelligent transport systems, aligning with smart city initiatives aimed at optimizing traffic flow management. Additionally, the findings provide potential for assessing the conditions of both road transport infrastructure and vehicles. By adopting this comprehensive perspective for monitoring urban environments and transportation systems, cities can enhance overall quality of life and public well-being. The results emphasize the value of conducting broad-scope studies, suggesting that combining ground-based and aerial thermal imaging leads to more informed decision-making.

 

Doi: 10.28991/CEJ-2025-011-05-02

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Keywords


Monitoring of the Urban Environment; Temperature Load; Thermographic Survey and Research; Thermal Imaging; Transport System Management.

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DOI: 10.28991/CEJ-2025-011-05-02

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