The classical image of glass is that of a rigid, transparent brittle material characterized by a non-crystalline microstructure. This 19th and 20th century image however is mostly based on the contrast between soda lime glass and metals. It does not really make sense in the 21th century where more modern testing methods have increased our understanding of the physiochemistry of glass. Based on recent results and the development of computational molecular dynamic software modelling a new approach to the physiochemistry of glass is outlined. The consequences this view has on glass properties and processing are explained
Glass has been used in widespread applications within several sectors since ancient times and it has...
Generally, we are accustomed to consider glass an inert and durable material with high chemical stab...
Glasses are materials that lack a crystalline microstructure and long‐range atomic order. Instead, t...
The classical image of glass is that of a rigid, transparent brittle material characterized by a non...
The classical image of glass is that of a rigid, transparent brittle material characterized by a non...
The classical image of glass is that of a rigid, transparent brittle material characterized by a non...
Architectural use of glass dates back from the beginning of our era when it wasused to make windows....
Proceedings of the Chemistry and Conservation ScienceA brief description of different types of silic...
The term ‘glass’ has a precise scientific meaning: a glass, or a substance in the glassy or vitreous...
Present study deals with the mesostructure analysis of the structural glass. The subject is about to...
Glass usage in structures has increased dramatically during the last decades due to its special prop...
The term ‘glass’ has a precise scientific meaning: a glass, or a substance in the glassy or vitreous...
Glass usage in structures has increased dramatically during the last decades due to its special prop...
Glass usage in structures has increased dramatically during the last decades due to its special prop...
AbstractThe field of glass science is quickly maturing from a purely empirical science to one built ...
Glass has been used in widespread applications within several sectors since ancient times and it has...
Generally, we are accustomed to consider glass an inert and durable material with high chemical stab...
Glasses are materials that lack a crystalline microstructure and long‐range atomic order. Instead, t...
The classical image of glass is that of a rigid, transparent brittle material characterized by a non...
The classical image of glass is that of a rigid, transparent brittle material characterized by a non...
The classical image of glass is that of a rigid, transparent brittle material characterized by a non...
Architectural use of glass dates back from the beginning of our era when it wasused to make windows....
Proceedings of the Chemistry and Conservation ScienceA brief description of different types of silic...
The term ‘glass’ has a precise scientific meaning: a glass, or a substance in the glassy or vitreous...
Present study deals with the mesostructure analysis of the structural glass. The subject is about to...
Glass usage in structures has increased dramatically during the last decades due to its special prop...
The term ‘glass’ has a precise scientific meaning: a glass, or a substance in the glassy or vitreous...
Glass usage in structures has increased dramatically during the last decades due to its special prop...
Glass usage in structures has increased dramatically during the last decades due to its special prop...
AbstractThe field of glass science is quickly maturing from a purely empirical science to one built ...
Glass has been used in widespread applications within several sectors since ancient times and it has...
Generally, we are accustomed to consider glass an inert and durable material with high chemical stab...
Glasses are materials that lack a crystalline microstructure and long‐range atomic order. Instead, t...