During last decade increased usage of laminated composite glass structures, also annealed and tempered glass can be observed in civil engineering, automobile and space structures, solar panels, etc. Latter trend is caused by high strength properties of laminated glass, also sound and vibration attenuation capabilities. However, heat treatment of glass causes residual stresses, which are not often covered in structural analysis. Current study is focused on experimental evaluation and numerical modelling of residual stresses in glass panels
Glass structures are being built ever more frequently all over the world, in a growing architectural...
The use of laminated glass is increasing due to the realization of transparent load-bearing elements...
The use of laminated glass is increasing due to the realization of transparent load-bearing elements...
During last decade increased usage of laminated composite glass structures, also annealed and temper...
This paper presents the development of a simple parabolic residual stress depth profile model for ch...
A comprehensive modelling technique for incorporating the effects of residual stresses (RS) in comme...
This paper presents the development of a simple method to determine the full residual stress depth p...
This paper presents the development of a simple method to determine the full residual stress depth p...
As glass is being established more and more as a real structural material in building industry, a gr...
The paper considers the determining factors in the structural strength of heat-strengthened glass. T...
Architectural trends have tended towards curved glass envelopes and maximised transparency by reduci...
The strength of thermally toughened glass is regulated in EN 12150-1 for fully tempered glass (FTG) ...
Nowadays, glass is increasingly being used as a load-bearing material for structural components in b...
Many glass applications require laminated glass to achieve a safe load-bearing behaviour. Beside the...
One of today’s most-used glass products is a composite made of at least two glass panels connected w...
Glass structures are being built ever more frequently all over the world, in a growing architectural...
The use of laminated glass is increasing due to the realization of transparent load-bearing elements...
The use of laminated glass is increasing due to the realization of transparent load-bearing elements...
During last decade increased usage of laminated composite glass structures, also annealed and temper...
This paper presents the development of a simple parabolic residual stress depth profile model for ch...
A comprehensive modelling technique for incorporating the effects of residual stresses (RS) in comme...
This paper presents the development of a simple method to determine the full residual stress depth p...
This paper presents the development of a simple method to determine the full residual stress depth p...
As glass is being established more and more as a real structural material in building industry, a gr...
The paper considers the determining factors in the structural strength of heat-strengthened glass. T...
Architectural trends have tended towards curved glass envelopes and maximised transparency by reduci...
The strength of thermally toughened glass is regulated in EN 12150-1 for fully tempered glass (FTG) ...
Nowadays, glass is increasingly being used as a load-bearing material for structural components in b...
Many glass applications require laminated glass to achieve a safe load-bearing behaviour. Beside the...
One of today’s most-used glass products is a composite made of at least two glass panels connected w...
Glass structures are being built ever more frequently all over the world, in a growing architectural...
The use of laminated glass is increasing due to the realization of transparent load-bearing elements...
The use of laminated glass is increasing due to the realization of transparent load-bearing elements...