- In mechanics, the
neutral plane or
neutral surface is a
conceptual plane within a beam or cantilever. When
loaded by a
bending force, the beam
bends so...
- the
neutral surface does not
change in
length during the deformation. Let d x {\displaystyle \mathrm {d} x} be the
length of an
element of the
neutral surface...
- γ n {\displaystyle \gamma ^{n}\,} form “
neutral density surfaces”,
which are
closely aligned with the "
neutral tangent plane". It is
widely believed, although...
- y from the
neutral surface.
Denoting ϵ m {\displaystyle \epsilon _{m}} as the
maximum strain in the beam (at a
distance c from the
neutral axis), it becomes...
-
female tennis player ever with the
argument that "Head-to-head, on a
neutral surface (i.e. hard courts),
everyone at
their best, I can't help
feeling that...
-
stresses within the
flexing lithosphere depends on
depth relative to the
neutral surface, with
radial compression and ****ociated
tangential tension below about...
-
Fluid parcels remain neutrally buoyant as they move
along neutral surfaces,
despite variations in
salinity or heat. On such
surfaces, the
salinity and heat...
-
luminances in an
image so that
objects which are
believed to be
neutral appear so. If, say, a
surface with R = 240 {\displaystyle R=240} was
believed to be a...
- will be denser.
Denser water sinks or
downwells in the
otherwise neutral surface of the
water body,
where the two
initial water parcels originated....
- of the Reeb graph. This
general principle was
first used to
study neutral surfaces in oceanography. Reeb
graphs have also
found a wide
variety of applications...
