The most frequently studied of these 3D depth cues involve systematic transformations among multiple views of an object, such as the optical deformations that occur when an object is observed in motion, or the disparity between each eye's view in binocular vision.
More in details, as for the optical design, deformations are applied to classical spherical mirrors to control solar aberrations and boost efficiency of a receiver consisting in a dense array of cells.
Considering the mechanical effects and the different paths for transferring deformation, optical fiber sensors commonly used in civil engineering have been systematically classified.
Software is Thermal Desktop®, ANSYS®12, and CodeV10.6SR1 for temperature, deformation, and optical simulation, respectively.
Mechanochromic elastomers can be tailored to produce a reversible optical response during cyclic deformation.
Thermal deformation and optical performance of CCM whose aperture is 20 cm are strongly dependent on the fixation method.
Then, surface temperature, deformation, and optical qualities of CCM are simulated using mathematical models of CCM made of the selected materials.
The experimental characterization is performed using a uniaxial testing device with optical measures of the deformation, using two different reinforcing materials on a ground rubber matrix.
In summary, two conclusions are derived on the performance of CCM as follows: 1. Thermal deformation and optical performance of CCM whose aperture is 20 cm are strongly dependent on the fixation method.
