Magnetoelastic resonators are gaining attention as an incredibly versatile and sensitive
transduction platform for the detection of varied physical, chemical, and biological …

The production of large single-crystal metal foils with various facet indices has long been a
pursuit in materials science owing to their potential applications in crystal epitaxy, catalysis …

Three-dimensional grain growth behaviors under anisotropic (misorientation-dependent)
grain boundary energy and mobility are investigated via phase-field simulations. Based on a …

Utilizing the data assimilation and multi-phase-field grain growth model, this study proposes
a novel framework of measuring anisotropic (nonuniform) grain boundary energy and …

The phase-field method has been widely employed recently for simulating grain growth.
Phase-field grain growth models are classified into two types according to their conservation …

Abstract In this work, the< 1 0 0> directional solidified feedstock slabs were used to produce
the rolled Fe–Ga sheets, and sharp Goss orientation was developed in the 0.3 mm sheets …

This paper presents the investigation of a directional magnetostrictive patch transducer
(MPT) composed of a highly textured Galfenol (Fe–Ga alloy) patch in the use of ultrasonic …

Extremely low room temperature (RT) ductility and severe discontinuous yielding behavior is
a key issue preventing the practical application of Fe–Ga based alloys as structural …

Herein, a simple and efficient method is proposed for fabricating Fe81Ga19 alloy thin sheets
with a high magnetostriction coefficient. Sharp Goss texture ({110}< 001>) was successfully …

The secondary recrystallization behavior with temperature increasing from 900 to 1080° C
was investigated in the rolled columnar-grained magnetostrictive Fe–Ga alloy sheets. The …