- for
which this
equation can be ****umed is said to be linear-elastic or
Hookean. Hooke's law is only a first-order
linear approximation to the real response...
- A neo-
Hookean solid is a
hyperelastic material model,
similar to Hooke's law, that can be used for
predicting the
nonlinear stress–strain
behavior of...
-
their stresses. Any
combination of
Hookean (linear-response)
springs in
series or
parallel behaves like a
single Hookean spring. The
formulas for combining...
- {1}{D_{1}}}~(J-1)^{2}} If C 01 = 0 {\displaystyle C_{01}=0} we
obtain a neo-
Hookean solid, a
special case of a Mooney–Rivlin solid. For
consistency with linear...
- Neo-
Hookean,
Exponentially hardening material and Gent
hyperelastic models. On this page, the
results will be
primarily derived from the Neo-
Hookean model...
- (120 MJ/kg). The
mechanical energy storage capacity, or resilience, of a
Hookean material when it is
deformed to the
point of
failure can be
computed by...
- Neo-
Hookean model usually fits the
material behaviour with
sufficient accuracy. To
model rubber at high strains, the one-parametric Neo-
Hookean model...
-
curve up to a
given strain is much
lower than that for the
equivalent Hookean curve,
which is
correlated to toughness.
Toughness is
defined as the amount...
- D2240 type D hardness, and E {\displaystyle E} is in MPa.
Another Neo-
Hookean linear relation between the ASTM D2240
hardness value and
material elastic...
- strain.
Because they are viscoelastic,
polymers behave in a nonlinear, non-
Hookean fashion. This
nonlinearity is
described by both
stress relaxation and a...
