Lamb wave is widely recognized as one of the most encouraging tools for structural health
monitoring (SHM) systems. In spite of many favourable characteristics of Lamb wave for …

Structural health monitoring (SHM) is a very important area in a wide spectrum of fields and
engineering applications. With an SHM system, it is possible to reduce the number of non …

Guided wave structural health monitoring is widely researched for remotely inspecting large
structural areas. To detect, locate, and characterize damage, guided wave methods often …

Ambient temperature effect on electro-mechanical admittance (EMA) signals always
imposes a threat to the accurate identification of concrete damages when using surface …

Accurate decision-making requires understanding the factors that influence those decisions.
In guided wave structural health monitoring, the first aim is to detect the presence of …

Guided ultrasonic wave (GUW) monitoring systems are gaining much attention in pipeline
condition monitoring. However, the effects of environmental and operational conditions …

Damage identification based on Lamb waves is one of the most effective technology for
structural health monitoring and utilizes characteristic parameters to determine the degree of …

Guided wave ultrasound field measurements capture reflections from aluminothermic welds
in the rail track at unknown distances from a transducer. The measured guided wave signals …

Guided ultrasonic wave (GUW) monitoring systems for pipeline structures are gaining much
attention in critical sectors such as the petrochemical, nuclear and energy sectors. However …

Guided waves are an attractive tool for monitoring large structures. They are able to
interrogate sizable areas at once, are sensitive to structural damage, and carry information …