Self healing pavement materials for resilient infrastructure

Shivani Singh; Satish Parihar

Author(s)

Shivani Singh Department of Civil Engineering, FET, Rama University Uttar Pradesh, INDIA

Satish Parihar Department of Civil Engineering, FET, Rama University Uttar Pradesh, INDIA

Abstract

This paper discusses the suitability of Self-healing pavement to meet durability and strength requirements for resilient structure. Infrastructure deterioration due to cracking and damage is a pervasive issue worldwide, resulting in significant economic and environmental costs. This research introduces a groundbreaking approach to developing self-healing pavement materials that can autonomously repair cracks and damages, thereby extending the lifespan of roadway infrastructure. Selfhealing system is a novel composite material system incorporating microcapsules, bacteria-based healing agents, and nanomaterials was designed and synthesized. Results demonstrated that the self-healing material system exhibited significant improvements in durability and sustainability compared to traditional pavement materials. The selfhealing mechanism was found to be effective in repairing cracks and damages. This research contributes to the development of resilient and sustainable infrastructure by providing a novel solution for mitigating the effects of cracking and damage on pavement materials. The self-healing pavement material system has far-reaching implications for reducing maintenance costs, extending infrastructure lifespan, and promoting environmentally friendly transportation systems.

Publication Details

Page(s) 880-897

DOI DOI not available

Published Journal: International Journal of Communication Networks and Information Security, Volume: 16, Issue: 5, Year: 2024

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Keywords

Sustainability, Durability, Sustainable Transportation, resilient infrastructure, pavement infrastructure, Self-healing materials

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