The intent of this research is to determine the tensile strength and fracture behavior of
annealed and chemically strengthened aluminosilicate glass under static and dynamic …

Structures with glass can be subjected to the impact of foreign objects. It is of great
importance to learn the mechanical behavior of glass under high strain rates. In this article, a …

This study presents a novel rate-dependent bond-based peridynamic model for predicting
the mechanical behavior of brittle aluminosilicate glass under quasi-static and dynamic …

Understanding of the dynamic tensile behavior of glasses is of great importance in
designing impact-resistant transparent structures. The current study revealed the effects of …

Multi-component lithium disilicate (LD) glasses were ion-exchanged in a pure or mixed
nitrate salt bath. The surface morphologies, mechanical properties, chemical stability and …

Quasi-static and dynamic three-point bending tests were conducted to investigate the effect
of loading rate on flexural strength and fracture mechanism of two types of Aluminosilicate …

Understanding the damage progression in aluminosilicate glass against impact loading is
all-important for the design of a transparent structure. The Edge-on impact (EOI) experiments …

Micro-cracks generated by hard body scratch are a major cause of strength decrease for
silicate glass. The influence of normal scratch load on the cracking patterns and flexural …

Measurement of the impact strength of brittle solids is traditionally conducted by split
Hopkinson pressure bar (SHPB), where one stress wave is generated and loads on the …

Using flattened Brazilian disk (FBD) tests, the effects of loading rate, specimen size and
stress waves on the tensile behavior of soda-lime silicate glass were investigated. Quasi …