Magnetic shape memory alloys (MSMA) have significant potential for industrial applications,
especially in fast-switching linear actuators. Besides the eponymous active magnetic shape …

Magnetic shape memory alloys are a new group of" smart" materials that exhibit large strain
of 6-12% when subjected to magnetic fields. This indicates their enormous potential to be …

When applying a magnetic field parallel or perpendicular to the long edge of a
parallelepiped Ni-Mn-Ga stick, twin boundaries move instantaneously or gradually through …

Currently, camera modules are used in a wide range of applications ranging from micropo-
sitioning actuator systems used in smartphones to larger modules used in stationary …

This paper describes the startup performance of a linear actuator made from Ni-Mn-Ga
magnetic shape memory alloy, which is driven by an external magnetic field and a return …

Magnetic shape memory alloys (MSMA) offer remarkable potentials for actuation purposes
because of a large achievable strain and a short response time. But, apart from these …

The main topic of this research is modelling and design of high-speed, large-force and long
life-time electromagnetic actuators based on Magnetic Shape Memory (MSM) alloys. These …

Conventional switchgear such as relays and magnetic contactors (MC) continuously
consume energy to maintain an open and/or closed state, contributing to unnecessary …

Abstract (DE) Magnetische Formgedächtnislegierungen (MSM-Legierungen) weisen im
Vergleich zu anderen Festkörperwandlern und konventionellen elektromagnetischen …

Recently, the design, modeling and control of innovative actuators based on Magnetic
Shape Memory (MSM) Alloys has attracted a lot of research activity. Several actuator …