The significance of advanced smart materials in recent technological research and
advancement is apparent from its extensive use in present day devices and instruments. Of …

Determination of material parameters of metals/polymers under compressive loadings has
been sometimes an onerous issue especially for thin sheets and wires. In the present paper …

Appropriate design of the components of a sensing system affords high degree of
performance characteristics; this article presents the design optimization of a novel force …

A novel strain energy-based method for analyzing fatigue crack growth (FCG) in
pseudoelastic Nickel-Titanium (NiTi)-based shape memory alloys (SMAs) is proposed. It …

This article studies the deformation behavior of shape memory alloy materials under a
constant uniaxial tension stress and the cycling of temperature considering damage. In the …

This work deals with numerical investigations of the functional and structural fatigue on
shape memory alloys (SMAs). A thermodynamically consistent, three-dimensional …

Two simple and fully analytical models are presented for a SMA bar or wire of circular cross
section subjected to fully-reversed cyclic torsional loading, by taking into consideration the …

The design and demonstration of a new version of the force measurement system based on
the resonance principle by involving shape memory alloy (SMA) is presented. The sensor …

This article presents a resonant sensing and control approach for the structural health
monitoring (SHM) and rehabilitation of cantilever mechanical designs where independent …

This work deals with numerical investigations of the functional and structural fatigue on
shape memory alloys (SMAs). A thermodynamically consistent, three-dimensional …