In this paper, the effectiveness of the strengthening by a wooden plate for reinforced
concrete (RC) beams that incorporate waste sawdust (SD) as a partial substitute for fine …

Effective damage identification is paramount to evaluating safety conditions and preventing
catastrophic failures of concrete structures. Although various methods have been introduced …

This study presents an experimental and finite element analysis of reinforced concrete
beams with solid, hollow, prismatic, or non-prismatic sections. In the first part, a total of six …

The vibration signal analysis-based structural health monitoring (SHM) system has been
widely used for bridge condition identification. With the development of artificial intelligence …

Prognostics and health management (PHM) is an enabling technology essential for the safe
operation and conditional maintenance of any engineering system. Over the past two …

This work proposes a concrete implantable bar (CIB) enabled smart sensing technology for
the detection of concrete beam damage. Instead of the conventional technique that posts the …

The brittle failure of unreinforced masonry (URM) walls when subjected to in-plane loads
present low shear strength remains a critical issue. The investigation presented in this paper …

Damage localization plays a key role in structural damage identification and health
monitoring. This paper proposed a new damage localization approach using …

This paper proposed a real-time identification approach of flexure-critical stress and damage
in reinforced concrete (RC) beam structure using embedded Piezoelectric lead Zirconate …

As reinforcing structural systems in RC (reinforced concrete) elements are continually
researched, more complex challenges in engineering are found that demand mathematical …