This paper aims to employ the nonlinear ultrasonic technique for the in-situ monitoring of
Ultra-High Performance Fiber Reinforced Concrete (UHPFRC) structures subject to tensile …

Pipeline failures are often caused by the expansion of small defects. Structural damage to
pipelines can lead to major safety accidents. When ultrasonic guided wave (UGW) …

Corrosion of ferromagnetic materials can lead to performance degradation or even failure in
engineering structures. Therefore, detecting the degree of corrosion in these materials is …

Continuous monitoring of structural health is essential for the timely detection of damage
and avoidance of structural failure. Guided-wave ultrasonic testing (GWUT) assesses …

Human health monitoring (HHM) is essential for continued daily task execution, as is
structural health monitoring (SHM) for structures to ensure the continual performance of their …

The combined effects of aqueous corrosion, stress factors, and seeded cracks on leakage in
cast iron pipes have not been thoroughly examined due to the complexity and difficulty in …

Pipe structures play a pivotal role in various industrial sectors, necessitating the assurance
of their structural stability to ensure safe and reliable operations. Non-destructive Testing …

Non-destructive testing on offshore rigs involves multiple sections. The topside platform
structure, which consists of the main deck, cellar, and sub-cellar deck, is one of the most …

In SHM, there are numerous techniques for detecting fatigue damage destruction. In the
aviation industry, guide wave technology has demonstrated a wide range of applications. It …

抄録 A coaxial ultrasonic transducer was proposed for non-destructive evaluation using
sidebands. The coaxial probe was consisted of a ring-type piezoelectric transducer and a …