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Abstract

To facilitate decision-makers to grasp the technical level and environmental influence of different in-situ thermal recycling units during construction, this paper proposed an evaluation method for in-situ thermal recycling and clean construction of asphalt pavement based on the game theory combination weighting and matter-element extension model. Firstly, based on the construction technology level and environment, a comprehensive analysis of in-situ thermal recycling construction was conducted, with the clean construction concept proposed. Meanwhile, the literature query and field research were adopted to construct an evaluation index system for clean construction. Secondly, to ensure the scientific rationality of the evaluation process, this paper introduced game theory into the hierarchy entropy to comprehensively determine the weight, and adopted an improved matter-element extension model to calculate the cleanliness level of different in-situ thermal recycling construction technologies. Finally, a comprehensive analysis was conducted and relevant suggestions were provided. By taking the preventive maintenance project of asphalt pavement in Chaohu City (in-situ thermal recycling technology) as an example, the cleanliness level of multiple schemes was evaluated and compared. The results show that the cleanliness level of the hot air circulation heating technology construction scheme was level I, which both ensures construction quality and conforms to the green development concept.

Publication Date

1-18-2024

DOI

10.14048/j.issn.1671-2579.2023.06.010

First Page

60

Last Page

67

Submission Date

March 2025

Reference

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