Smart Materials and Nanotechnology in Concrete and Construction: Advancements in Self-Healing Concrete, Nano-Silica Additives, and Next-Gen Structural Durability

Abstract

The integration of smart materials and nanotechnology into the concrete and construction industry marks a significant leap toward sustainable, durable, and high-performance infrastructure. This paper explores recent advancements, focusing on self-healing concrete, nano-silica additives, and other smart materials that redefine the mechanical and functional capabilities of construction components. From enhanced compressive strength to improved crack resistance and longevity, these innovations are reshaping modern construction paradigms. The study provides detailed insights into the behavior, composition, benefits, and applications of these materials, supported by comparative tables and illustrative figures.

Keywords: Smart Materials, Nanotechnology, Concrete Durability, Self Healing Concrete, Nano-Silica, Structural Integrity, Sustainable Construction