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Present study deals with an approach to the detection of the strains and optimization of shape memory alloys (SMA) under low velocity impact. It is assumed that the sensor is mounted on the opposite side of the impact process, and SMA fibers are embedded within the layers of a composite plate. Modeling the SMA fibers constitutive has been derived as the one-dimensional equations. With different skew...
This paper presents an approach to the detection of the strains and optimization of shape memory alloys (SMAs) under low velocity impact. It is assumed that the sensor is mounted on the opposite side of the impact process. SMA fibers are embedded within the layers of a composite plate. The first-order shear deformation theory of plates is used, and the finite element method is adopted in the numerical...
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