Cracks are a common defect in civil infrastructures, and their occurrence is often closely
related to structural loading conditions, material properties, design and construction, and …

The continuous monitoring of civil infrastructures is crucial for ensuring public safety and
extending the lifespan of structures. In recent years, image-processing-based technologies …

Cracks in concrete cause structural damage, and it is important to identify and classify them.
The objective of the research was to describe the behavior and predict the type of failure in …

Cracks serve as a significant indicator of aging infrastructure. While the surfaces of
traditional infrastructures are visually inspected manually, this approach is labor-intensive …

A thorough petrographic evaluation of aggregates from igneous rocks in terms of their alkali–
silica reaction (ASR) potential is crucial in ensuring the durability and long-term performance …

The inspection of highway bridge structures in the US is a task critical to the national
transportation system. Inspection images contain abundant visual information that can be …

Results of experimental investigation on the mitigation of alkali–silica reaction (ASR) by low-
grade calcined clay are presented. Domestic clay with an Al2O3 content equal to 26% and …

The timely identification and detection of surface cracks in concrete dams, an important
public safety infrastructure, is of great significance in predicting engineering hazards and …

As cities continue to develop, the significance of resilience and intelligence is increasing. In
post-earthquake emergency response, there is a continuous demand for efficient and …

Detecting cracks in building structures is an essential practice that ensures safety, promotes
longevity, and maintains the economic value of the built environment. In the past, machine …