Abstract: The growing demand for durable, high-performance, and sustainable infrastructure has driven the development of advanced construction materials and intelligent systems. This paper examines the role of smart materials in civil engineering, with a particular focus on self-healing concrete, structural health monitoring (SHM) systems, and conductive cement-based composites. It explores the theoretical foundations behind these technologies, highlighting their ability to enhance structural performance, extend service life, and reduce maintenance requirements. Self-healing concrete is analyzed in terms of its biological inspiration and mechanisms such as microbial activity, microcapsules, and autogenous healing processes. In parallel, SHM systems are discussed as a shift from traditional reactive maintenance to predictive, data-driven approaches through the integration of advanced sensors and real-time analysis. Additionally, the paper reviews conductive cement composites and their self-sensing capabilities based on the piezoresistive effect. Overall, the study demonstrates how the integration of smart materials and intelligent monitoring systems contributes to the evolution of adaptive and resilient infrastructure, while also identifying current challenges related to long-term performance and practical implementation.
Keywords: sustainable infrastructure, intelligent systems, civil engineering, structural health monitoring (SHM).
Title: Advanced Technologies and Smart Materials for Enhancing Structural Durability and Lifecycle Performance in Construction
Author: JUMAH EID BIN OBAID, Jasem Bouarki
International Journal of Civil and Structural Engineering Research
ISSN 2348-7607 (Online)
Vol. 14, Issue 1, April 2026 - September 2026
Page No: 29-34
Research Publish Journals
Website: www.researchpublish.com
Published Date: 25-April-2026
