INNOVATIVE MATERIALS FOR CLIMATE-RESILIENT SOCIAL INFRASTRUCTURE: A SOCIAL WORK PERSPECTIVE

Abstract

Because climate change exacerbates weather extremes and environmental degradation, it has a considerable influence on social infrastructure, including community centers, schools, and healthcare facilities. The performance and viability of novel materials—recycled polymers, bio-based composites, and advanced insulative materials—tailored to improve climate resilience are examined in this study. The study uses a mixed-methods approach to assess the environmental impact, thermal stability, and structural integrity of these materials by combining quantitative material testing with qualitative social science ideas. Key findings show that while sophisticated insulative materials offer higher thermal resistance, bio-based composites and recycled polymers display strong mechanical properties and decreased environmental footprints. The study also looks at the social factors influencing material adoption, and it finds that effective integration requires community involvement and education. In addition, a paradigm that combines material deployment with social work methods is put out to address issues that are social as well as technical. The study emphasizes how crucial sustainable practices and interdisciplinary cooperation are to building community resilience.  To maximize the utilization of climate-resilient materials, future research should concentrate on long-term durability, economic viability, and expanding geographic breadth.