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Shape Memory and Superelasticity OnlineFirst articles

08.05.2017 | SPECIAL ISSUE: ICFSMA 2016, INVITED PAPER

Magnetic Torque in Single Crystal Ni–Mn–Ga

Magnetic shape memory alloys deform in an external magnetic field in two distinct ways: by axial straining—known as magnetic-field-induced strain—and by bending when exposed to torque. Here, we examine the magnetic torque that a magnetic field …

08.05.2017 | SPECIAL ISSUE: THEORY, MODELING, AND SIMULATION OF SHAPE MEMORY ALLOYS, INVITED PAPER

Modeling the Cyclic Behavior of Shape Memory Alloys

The phenomenon of functional fatigue occurs during cyclic loading of pseudoelastic shape memory alloys. We model this effect by considering an irreversible martensitic volume fraction in addition to the reversible amounts of austenite and …

22.03.2017 | SPECIAL ISSUE: THEORY, MODELING, AND SIMULATION OF SHAPE MEMORY ALLOYS, INVITED PAPER

A Gradient-Based Constitutive Model for Shape Memory Alloys

Constitutive models are necessary to design shape memory alloy (SMA) components at nano- and micro-scales in NEMS and MEMS. The behavior of small-scale SMA structures deviates from that of the bulk material. Unfortunately, this response cannot be …

09.03.2017 | SPECIAL ISSUE: FUNCTIONAL PERFORMANCE OF SHAPE MEMORY ALLOYS, INVITED PAPER Open Access

Cyclic Nanoindentation and Nano-Impact Fatigue Mechanisms of Functionally Graded TiN/TiNi Film

The mechanisms of nanoscale fatigue of functionally graded TiN/TiNi films have been studied using multiple-loading cycle nanoindentation and nano-impact tests. The functionally graded films were sputter deposited onto silicon substrates, in which …

09.03.2017 | SPECIAL ISSUE: THEORY, MODELING, AND SIMULATION OF SHAPE MEMORY ALLOYS, INVITED PAPER

Computational Analysis of Advanced Shape-Memory Alloy Devices Through a Robust Modeling Framework

Shape-memory alloys (SMA) provide significant advantages in various industrial fields, but their manufacturing and commercialization are currently hindered. This is attributed mainly to the poor knowledge of material behavior and the lack of …

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The Shape Memory and Superelasticity journal invites original peer-reviewed papers that focus on shape memory materials research with contributions from materials science, materials engineering, experimental and theoretical mechanics, mathematics and physics. Of particular interest is to understand the response of these materials to external stimuli such as force, displacement, temperature, magnetic fields, irradiation, corrosive media and so on in pursuit of uncovering new phenomenon, new materials and new applications as follows: (i) the journal papers will examine these materials utilizing the principles of continuum mechanics, micromechanics, microstructuraly informed constitutive modeling, atomistic models, mathematics of microstructures and other methodologies. (ii) the development and use of advanced experimental techniques to expose and understand the shape memory response including thermal and mechanical cycling, application of magnetic and other external fields, (iii) the exploration and further understanding of shape memory materials due to fatigue, fracture and environmental factors are of significant interest, (iv) novel applications of the materials will be explored in all areas including bio-medical devices, actuators, thin films, robotics, mechanical and aerospace engineering components, civil engineering structures, and micro-electromechanical systems (MEMS).

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