The recent advances in digital photoelasticity have made it possible to use it conveniently for
the stress analysis of articles and components made of glass. Depending on the application …

With the development of aerospace, military, medical, and 3C industries, the design of
aspherical optical component has attracted more and more attention. As a substitute for the …

Summary A three‐dimensional (3D) reconstruction method of structured light based on
photoelastic fringes was proposed in this research. The photoelastic fringes are produced by …

CrWN glass molding coatings with different W contents were synthesized by plasma
enhanced magnetron sputtering (PEMS). The microstructure, mechanical, wear resistance …

This study investigated the effect of Pt doping on the microstructure, mechanical and
tribological property of the CrN coating. Results showed that this CrN coating exhibited a …

During fabrication of glass lens by precision glass molding (PGM), residual stresses are
setup, which adversely affect the optical performance of lens. Residual stresses can be …

Chalcogenide glasses are emerging as enabling materials for low-cost infrared optics due to
their transparency in shortwave-to-longwave infrared bands and the possibility to be mass …

Glass multi-station bending machining (GMBM) is a high-precision and efficient glass
processing technique for smartphone curved screen in 3C industry. In this paper, simulation …

Precision glass molding (PGM) is an important processing technology for aspheric lenses
that has the advantages of low complexity, high precision, and short processing time. The …

Quantification of the internal deformation of fractured solids such as rock masses under
external loads, especially the deformation around internal fractures, is crucial for …