The development of quantitative ultrasound (QUS) technologies to measure bone is
motivated by the need to overcome the limitations of X-ray based methods, measuring bone …

Ultrasonic thickness measurement (UTM) is regularly applied and important NDT (Non
destructive) method in structure and component integrity assessment. This method provides …

This paper introduces a reliable laser ultrasonic technique without damage to the surface in
the thermoelastic regime that provides a one-side access method for simultaneously …

This paper presents a new wave-based material identification strategy for sandwich panels,
able to estimate their tensile and equivalent shear moduli from single shot measurements …

The assessment of elastic properties in children's cortical bone is a major challenge for
biomechanical engineering community, more widely for health care professionals. Even with …

Accurate porosity characterization is of great significance to evaluate abradable seal coating
comprehensive performance. In this paper, a support vector regression model optimized by …

Ultrasonic methods of measuring the thin thickness in a non-parallel irregular surface
sample require quite a high time resolution of the detection device. Ultrasonic resonance …

Excellent performance of thermal barrier coatings (TBCs) significantly depends on their
internal pore microstructure. Accurate characterization of TBCs porosity is difficult through …

Wall-thinning in building structures due to corrosion and surface erosion occurs due to the
severe operating conditions and the changing of the surrounding environment, or it can …

Featured Application Ultrasonic imaging of lower or upper limbs of children and
adolescents. Abstract Medical B-mode ultrasound is widely used for the examination of …