The scattering treated here arises when elastic waves propagate within a heterogeneous
medium defined by random spatial fluctuation of its elastic properties. Whereas classical …

The elastodynamic behavior of polycrystalline cubic materials is studied through the
fundamental propagation properties, the attenuation and wave speed, of a longitudinal …

To improve ultrasonic testing capability for additively manufactured materials, extreme value
statistics is employed to calculate the experimental confidence bounds of structural noise …

Longitudinal and transverse wave attenuation coefficients are obtained in a simple integral
form for ultrasonic waves in cubic polycrystalline materials with elongated grains …

An ultrasonic backscattering model is developed for textured polycrystalline materials with
orthotropic or trigonal grains of ellipsoidal shape. The model allows us to simulate realistic …

An analytical solution for a three dimensional integral representation of the backscattering
(BS) coefficient in polycrystals with elongated (generally ellipsoidal) grains is obtained; it is a …

Metal hybrid additive manufacturing (AM) processes are suitable to create complex
structures that advance engineering performance. Hybrid AM can be used to create …

Diffuse ultrasonic backscatter techniques are useful for probing heterogeneous materials to
extract microstructural parameters and detect flaws which cannot be detected by …

Material grain size is related to metallic material properties and its elastic behaviour.
Measuring and monitoring material grain size in material manufacturing and service is an …

In this letter a simple analytical ultrasonic backscattering model is proposed for
determination of characteristic microstructural scales in polycrystalline materials with …