Frequent and continuous heatwaves cause significant heat stress on human health. The Heat
Health Risk Index (HHRI) is a comprehensive assessment tool that helps identify heat risk …

For many decades, ultrasonic imaging inspection has been adopted as a principal method
to detect multiple defects, eg, void and corrosion. However, the data interpretation relies on …

Drone-based inspections provide an efficient and flexible approach to assessing aging
infrastructures while prioritizing safety. Here, we present a pioneering framework that employs …

Recently, there has been significant interests in the use of wearable triboelectric nanogenerators
(TENGs) to accelerate wound healing. In this study, a single-electrode TENG skin patch …

Recent advancements in unmanned aerial vehicles (drones) technology have significantly
broadened the avenue for enhancing the ability to perform precise deflection measurements …

The automatic content-based classification of complex and dynamic urban sound is an
important aspect of various emerging applications, such as surveillance, urban soundscape …

The success of deep neural networks in carrying out a wide variety of cognitive tasks also
raised expectations regarding the advent of AI for the ultrasonic testing (UT) data interpretation …

Ultrasonic wave propagation imaging enables the detection of anomalies in various structures;
hence, it has been applied as one of the promising techniques for damage identification …

As urban overheating intensifies, identifying high-temperature (HT) areas is crucial for
prioritizing heat health risk mitigation strategies. In addition to identifying extreme HT areas …

Classification of environmental sounds is a fundamental procedure for a wide range of real-world
applications. In this paper, we propose a novel acoustic feature extraction method for …