Strain sensor is a crucial component in pavement response monitoring, and its measuring
accuracy is vital to the evaluation and prediction of pavement performance. However …

The sensing instrumentation and testing operations routinely implemented in-situ to monitor
the condition of both paved (flexible, rigid) and unpaved roads are critically reviewed: image …

Stress in rock masses is an important parameter in the design and construction of
underground engineering, such as the design and maintenance of mine roadways and the …

Real-time structural health monitoring (SHM) is important for the performance evaluation
and maintenance management of asphalt pavement. This study applies SmartRock, a …

Due to numerous benefits such as geometrical simplicity, compact size, high sensitivity,
broad detection range, low noise, and high accuracy, optical devices have attracted a lot of …

The goal of the present contribution is to test the effectiveness of an impedance-based
structural health monitoring (ISHM) methodology to detect damage in steel fiber-reinforced …

This article proposes a method for continuous bridge displacement monitoring combining
the dynamic triangulation scanning and load estimation by vehicle image recognition. The …

The weight of rolling trucks on roads is one of the critical factors for the management of road
networks due to the continuous increase in truck weight. Weigh-in-motion (WIM) sensors …

The accurate measurement strain is critical to evaluating the structural integrity of asphalt
pavements. The measurement strain error is caused by the encapsulation and installation of …

As an important research topic, the utilization of wireless sensors has attracted widespread
attention in pavement engineering recently. In this study, a composite lead zirconate …