Examples of 'shape memory alloys' in a sentence
Meaning of "shape memory alloys"
This phrase refers to a type of metal alloy that has the ability to return to its original shape after being deformed, typically through heating and cooling processes
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- plural of shape memory alloy
How to use "shape memory alloys" in a sentence
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shape memory alloys
Shape memory alloys are also active materials.
I am talking about shape memory alloys.
Shape memory alloys date back to twenty years or so.
The use of metals such as shape memory alloys is preferred.
Shape memory alloys belong to a class which exhibit thermoelastic martensite transformation.
The latter describes sutures utilizing shape memory alloys.
Back to those shape memory alloys we mentioned before.
Neither device features the use of shape memory alloys.
Typical shape memory alloys conduct heat minimally.
The following description contains examples of bimetallic strips and shape memory alloys.
Device using shape memory alloys for buttress attachment.
Other currently available systems for twisting a blade use shape memory alloys.
Iron shape memory alloys.
There are numerous advantages that make SMPs more attractive than shape memory alloys.
Other shape memory alloys or other metal alloys may also be used.
See also
The transformation temperatures of most shape memory alloys are composition and processing dependent.
Shape memory alloys are well known for their applications in the field of actuators.
Examples include elements formed from shape memory alloys and bimetal strips or cups.
Shape memory alloys have been developed and utilized since long in various fields.
This application will therefore focus on these alloys as the preferred shape memory alloys.
The unique feature of shape memory alloys is their ability to recover deformation.
FAE now offers smart solutions based on shape memory alloys.
Shape memory alloys are metals that display property changes as their temperature changes.
Characteristic values of the shape memory alloys are shown in the following Table II.
Shape memory alloys and adaptive materials ;.
Therefore, elements comprising superelastic shape memory alloys have a built-in safety feature.
Magnetic Shape Memory Alloys to create robotic claws with nanometer precision.
Method and device for adsorbing and / or desorbing hydrogen in shape memory alloys.
It's got shape memory alloys and everything.
One class of materials which meets these qualifications is so-called shape memory alloys.
Shape memory alloys that exhibit superelasticity, are especially preferred.
As commonly known, other temperatures are necessary with other types of shape memory alloys.
Shape memory alloys provide ultrahigh thermal energy storage figure of merit ".
One class of materials which meet these qualifications are so-called shape memory alloys.
Shape memory alloys that exhibit pseudoelasticity, in particular superelasticity, are especially preferred.
They then evaluated the use of shape memory alloys ( SMAs ) for actuator production.
Shape memory alloys can exist in one of several distinct temperature-dependent phases.
The last allowed to define a behaviour law, applicable to the computation in shape memory alloys.
However, shape memory alloys may have slower actuation times than desired.
These smart materials include piezoelectric ceramics, shape memory alloys and magnetostrictive materials.
The use of shape memory alloys ( smas ) can improve the performance of the classical tva.
In addition to the above-described thermally excited magnetic alloys, shape memory alloys exist engl.
Many applications of shape memory alloys nowadays are using near equiatomic binary nickel-titanium alloys.
Materials preventing non-linear super-elasticity such as shape memory alloys can also be envisaged.
Shape memory alloys allow a shaping precision down to nano-scale for individual muscle elements.
The attributes of, and processes for obtaining, such shape memory alloys have been discussed above.
The shape memory alloys have the ability to recover the original form, after large deformations.
Other suitable materials include shape memory alloys such as Nitinol, or biocompatible polymers.
Shape memory alloys ( SMAs ) are special materials with a substantial potential for various civil engineering applications.
Abstract, A constitutive thermomechanical model for the behavior of shape memory alloys is presented.
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