Sentence examples for memory materials have from inspiring English sources
This chapter discusses that shape memory materials have been developed principally for biomedical and engineering applications.
The rapid development of additive manufacturing and advances in shape memory materials have fueled the progress of four-dimensional (4D) printing.
Shape memory materials (SMM) are smart materials that can remember and recover substantial programmed deformation upon activation and exposing to an external stimulus such as chemicals, temperature, pH, light, a magnetic field, etc. Shape memory materials have been used in many areas and textile application of this technology has covered a wide usage recently.
In recent years, shape memory materials have attracted much attention as functional materials owing to a variety of industrial and medical applications.
Shape memory materials have also been designed that utilize control at a molecular level.
Shape-memory materials have been proposed in biomedical device design due to their ability to facilitate minimally invasive surgery and recover to a predetermined shape in vivo.
A crystal-mechanics-based constitutive model for polycrystalline shape-memory materials has been developed.
A domain model for the twin variant and magnetic domain distribution in bulk systems of ferromagnetic shape-memory materials has been developed.
Beside a satisfying one-way shape memory behaviour, the materials have displayed a significant two-way shape memory response, undergoing a reversible elongation-contraction process between two distinguished strain levels when subjected to a constant load and cyclically heated/cooled on a temperature region spanning from below the crystallization temperature to above the melting temperature.
This paper presents a review on the mechanisms of shape memory materials that have led to 4D printing, current findings regarding 4D printing in alloys and polymers, and their respective limitations.
It is well known that viscoelastic materials have memory effects.
