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self-healing of microcapsule-based materials for highway construction:A review

Journal of Traffic and Transportation Engineering(English Edition) 2023年第3期10卷 368-384页

作者： Enlin Ma Xi Chen Jinxing Lai Xiangze Kong Chunxia Guo School of Highway Chang'an UniversityXi'an 710064China Department of Civil Engineering Aalto UniversityAalto 00076Finland Southwest Municipal Engineering Design&Research Institute of China Chengdu 610299China Department of Chemistry and materials Science Aalto UniversityAalto 00076Finland School of Science Xi'an University of Architecture and TechnologyXi'an 710055China

Maintaining the health and reliability of civil facilities is of strategic *** highway engineering,pavement cracking impairs the road service and travel comfort level,while structure cracking can cause catastrophic ***-based self-healing materials offer solutions to auto-recovery micro-cracks and maintain structural *** solution has become available by laboratory synthesis and proved effective in addressing the cracking problem during long-term mechanical,thermal,and hydraulic ***,full-scale applications of this technique are not prevalent,showing its potential limitations in highway *** healing in highways is a big topic,therefore,this review has two insertion points.(1)We focus on the cracking issues on two specific materials:asphalt and concrete,which account for the vast majority of all the materials used in pavement and structures in highways.(2)Instead of the laboratory studies,we pay more attention to the practical applications,the meaning of healing performance,and the adverse effects of microcapsules to the main structural components(i.e.,tunnel lining,bridge piers and beams)and pavement in *** practical significance of self-healing materials in highway projects was discussed from the three aspects:strength,durability,and stress *** difficulty in applying this new technique is also discussed from economic *** future-proofing,a material evaluation system that fits the load condition is *** self-healing technique brings composites a chance to interact with the environment,showing high potential for contributing to the development of various types of long-lasting infrastructures.

关键词： Road engineering self-healing material Structure cracking Micro-encapsulation Facility lifetime

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