Many researchers have reported on the voltage and power generated while energy
harvesting using Ni–Mn–Ga shape memory alloys; few researchers report on the power …

This study investigates the strain fields developed in two Ni 2 MnGa samples, with fine and
coarse twin structures, respectively when loaded in tension and/or with a magnetic field. The …

Magnetic shape memory alloys (MSMAs) are interesting materials because they exhibit
considerable recoverable strain (up to 10%) and fast response time (higher than 1 kHz) …

Abstract Magnetically controlled hybrid Ni-Mn-Ga composites are potential candidates for
actuation and damping applications. The combination of ductile polymer and gas atomized …

Abstract Ni–Mn–Ga is a ferromagnetic alloy that can exhibit the shape memory effect or
superelasticity in the presence of a magnetic field. The behavior of the material is largely …

Existing experimental results have shown that four types of physical mechanisms, namely,
martensite transformation, martensite reorientation, magnetic domain wall motion and …

Magnetic shape memory alloys (MSMAs) can display up to 10% recoverable strain in
response to the application of a magnetic field or compressive mechanical stress. The …

Magnetic shape memory alloys (MSMAs) are materials that can display up to 10%
recoverable strain in response to the application of a magnetic field or compressive …

Abstract Single crystals of NiMn2Ga magnetic shape memory alloys (MSMAs) have been
shown capable of power harvesting by exposing the material to magneto-mechanical …

Magnetic shape memory alloys are a relatively new class of materials that are suitable for
actuation, sensing, and power harvesting. The power harvesting capability comes from the …