This work presents a peri-ultrasound theory based on ordinary state-based peridynamics for
modeling elastic waves propagating in three-dimensional (3-D) plate structures and …

Since it is almost impossible to carry out a comprehensive parametric investigation
experimentally for internal cracks with different geometry and orientation, a good numerical …

This work presents a nonlocal theory based on ordinary state-based (OSB) peridynamics for
numerical modeling of crack propagation under loadings and peri‑ultrasound modeling for …

The objective of this paper is to introduce a novel fast modeling tool called peri-ultrasound
for linear/nonlinear ultrasonic wave propagation modeling. This modeling approach is …

The interaction between surface wave and a surface breaking crack is studied using a novel
fast modeling tool called peri-ultrasound that can model both linear and nonlinear ultrasonic …

A newly developed nonlinear ultrasonic (NLU) technique called sideband band peak count-
index (or SPC-I) measures the degree of nonlinearity in materials by counting the sideband …

A cracked structure made of two different elastic materials having a Griffith crack at the
interface is analyzed when it is subjected to pure shear loading and ultrasonic loading. The …

Some topographies in plate structures can hide cracks and make it difficult to monitor
damage growth. This is because topographical features convert homogeneous structures to …

Transverse cracks in cylindrical parts can be detected by using the ultrasound based pulse–
echo method, which has been widely used in industrial applications. However, it is still a …

In this article, experimental verification and validation of a peridynamics-based simulation
technique, called peri-elastodynamics, are presented while simulating the guided Lamb …