This study presents a novel framework for compensating temperature effects on guided
waves in composite structures with different thicknesses, based on both theoretical and …

Ambient temperature distribution monitoring is desired in a variety of real-life applications
including indoors temperature control and building energy management. Traditional …

Ultrasonic guided waves offer a promising method of monitoring the online temperature of
plate-like structures in extreme environments, such as aero-engine nozzle guide vanes …

Lamb Wave (LW)-based structural health monitoring method is promising, but its main
obstacle is damage assessment in varying environments. LW simulation based on …

Ice detection poses significant challenges in sectors such as renewable energy and aviation
due to its adverse effects on aircraft performance and wind energy production. Ice buildup …

Guided acoustic waves are commonly used in domestic water meters to measure the flow
rate. The accuracy of this measurement method is affected by factors such as variations in …

Temperature variations have a significant impact on the propagation characteristics of
guided waves, which further affect the accuracy and reliability of damage detection …

This paper presents the design and simulation of a mass sensitive Lamb wave microsensor
with CMOS technology provided by SilTerra. In this work, the effects of the metalization ratio …

This thesis explores the use of ultrasonic guided waves for the online temperature
monitoring of nozzle guide vanes (NGVs). These components are found within the turbine …

An in-situ structural health monitoring technique for the safe operation of Lithium-Ion Battery
(LIB) using Rayleigh-Lamb wave is reported herein. While the LIBs are important because of …