A unique combination of low hysteresis, moderate magnetostriction at low magnetic fields,
good tensile strength, machinability and recent progress in commercially viable methods of …

In contrast to typical magnetic energy generators that use electromagnetic induction, which
are bulky and have low generation efficiency under small magnetic fields at low frequency …

Nearly single-grain-oriented Fe–Ga thin sheets with a sharp Goss (011)[100] orientation
have been developed through rolling and annealing processes. Annealing of rolled samples …

1.0 at.% B-doped Fe83Ga17 sheets 0.05 mm thick were successfully prepared. A sheet with
“cube texture” of {001}〈 100〉 was obtained in the rolled sheets. The temperature and …

Abstract Magnetostrictive Fe–Ga alloys have received much attention in sensing and
harvesting applications owing to their outstanding mechanical and magnetostrictive …

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 …

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 …

In this work, structure–magnetic property correlations and the magnetostrictive response of
mechanically alloyed powders of composition Fe 81 Ga 19 were investigated using a variety …

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 …

The non-ordinary state-based peridynamics theory combines non-local dynamic techniques
with a desirable correspondence material principle, allowing for the use of continuum …