Recent progress in quantitative ultrasound has exploited the multimode waveguide
response of long bones. Measurements of the guided modes, along with suitable waveguide …

Nuclear graphite is a key material in high-temperature gas-cooled reactors (HTGR). The
evaluation of its damage evolution is significant for the safety assessment of nuclear …

Inverse methods are critical in exploring the constitutive models of materials. In the
traditional finite element model updating method, an objective function is often established …

Ultrasonic Lamb waves are a widely used research tool for nondestructive structural health
monitoring. They travel long distances with little attenuation, enabling the interrogation of …

Recent progress in quantitative ultrasound have sparked increasing interest towards the
measurement of long cortical bones (eg, radius or tibia), because their ability to sustain …

Based on the Legendre orthogonal polynomial series expansion and the partial wave
theory, a Legendre orthogonal polynomial method (LOPM) is proposed to calculate the …

An experimental method was developed to determine the through thickness elastic modulus
profile of a multi-layered functionally graded material. The method consists of two sets of …

This paper presents a new method for the inversion of elastic properties of an isotropic thin
plate by line-focus acoustic microscopy. Over 10 modes of the leaky Lamb waves of a …

Process-property relations are central to ICME. Engineers are often interested in using these
relations to make decisions on process configurations to achieve desired properties. This is …

Physics based simulations of manufacturing processes are used for prediction of material
properties and defects in a number of industrial applications. However, a practising engineer …