Sustainable stabilization of infinite slopes in the lesser Himalayan region using nano-silica: aligning with United Nations' Sustainable Development Goals
This research investigates the stabilization of infinite slopes in the Lesser Himalayan region using nano-silica (NS), employing analytical, numerical, and experimental techniques. The findings demonstrate significant improvements in slope stability, including an 800.3% increase in soil cohesion, a 320% rise in the factor of safety (FOS), and a 75% reduction in pore water pressure. These enhancements ensure the stability and safety of slopes in vulnerable terrains. This study aligns with multiple United Nations' Sustainable Development Goals (SDGs): fostering resilient infrastructure and innovation (SDG 9), enhancing community safety (SDG 11), supporting climate adaptation strategies (SDG 13), conserving land resources (SDG 15), and promoting sustainable material use (SDG 12). By addressing environmental challenges and advancing sustainable geotechnical solutions, this work contributes significantly to global efforts towards resilience and sustainability.
