- of an
alloy exhibiting superelasticity. Recently,
there have been
interests of
discovering materials exhibiting superelasticity in
nanoscale for MEMS...
-
against a
force (thus
doing work).
Superelasticity Nitinol acts as a
super spring through the
superelastic effect.
Superelastic materials undergo stress-induced...
- a
phenomenon sometimes called superelasticity, but is more
accurately described as pseudoelasticity. “
Superelasticity”
implies that the
atomic bonds...
-
unique property known as
Superelasticity. It is the "rubber-like"
behavior present in the Niti
shape memory alloy.
Superelastic Niti
wires have excellent...
- 2016. Brown, Paul (29 May 2013). The
Victorian Football Miscellany.
Superelastic. p. 63. ISBN 9780956227058.
Archived from the
original on 23
April 2023...
- and
superelasticity are
manifestations of ferroelasticity.
Nitinol (nickel titanium), a
common ferroelastic alloy, can
display either superelasticity or...
-
phenomenon of
superelasticity where the
stress remains constant,
despite the
increase in
strain up till a
certain range.
Their superelastic property is...
-
closely related and
unique properties: the
shape memory effect and
superelasticity. It was not
recognized until the 1970s, but
nickel is
known to play...
- 2017. Brown, Paul (29 May 2013). The
Victorian Football Miscellany.
Superelastic. ISBN 9780956227058. Goldblatt,
David (2002).
World Soccer Yearbook:...
-
friction force.
Superlubricity is more
analogous to
phenomena such as
superelasticity, in
which substances such as
Nitinol have very low, but nonzero, elastic...
