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Magnetic shape memory alloys for forced vibration control of beam-like structures

In this paper the use of actuators utilizing the magnetic shape memory effect for force vibration control of beam-like structures is discussed. In order to model the shape memory effect in magnetic shape memory alloys, a modified phenomenological one-dimensional model based on the Liang and Rogers classical shape memory alloy behaviour model is developed and presented. The model developed has been implemented for use by the finite element method. Then the effectiveness of the use of magnetic shape memory actuators for the case of a beam with two actuators has been investigated. The influence of various actuation parameters for the magnetic shape memory actuators for control and tuning of transverse vibration of the beam has also been successfully shown.