- of
dynamic photoelasticity,
which has
contributed greatly to the
study of
complex phenomena such as
fracture of materials.
Photoelasticity has been used...
-
Phase modulator for
ellipsometry Photoelasticity Canit, J. C.; Badoz, J. (1983-02-15). "New
design for a
photoelastic modulator".
Applied Optics. 22 (4):...
-
attributed this
phenomenon to stress-induced birefringence —now
known as
photoelasticity. In a
memoir read in
September 1822,
Fresnel announced that he had...
- e.g., an
external force or
electric field. This
effect is
called photoelasticity, and can be used to
reveal stresses in structures. The birefringent...
- of stress-induced
birefringence and by
employing techniques of 3D
photoelasticity. The high
fracture toughness due to
residual compressive stresses makes...
-
studied the
birefringence of
crystals under compression and
discovered photoelasticity,
thereby creating the
field of
optical mineralogy. For this work, William...
-
Stresses in a
contact area
loaded simultaneously with a
normal and a
tangential force.
Stresses were made
visible using photoelasticity....
- A
comparison (using
transmission photoelasticity)
between the
stress diffusion in an
elastic body (on the left) and a
model of
masonry (on the right)...
-
diffraction order. The acousto-optic
effect is a
specific case of
photoelasticity,
where there is a
change of a material's permittivity, ε {\displaystyle...
-
related to the
strain in a
material by way of the
given material's
photoelasticity tensor. DOP is also
visualized using the Poincaré
sphere representation...
