This thesis outlines a three-phase research program that was developed to determine the accuracy and applicability of various software packages in predicting the behaviour of multi-layered laminated glass windows under blast loading. Experimental data was collected through the completion of full-scale field blast tests. Two unique window compositions were examined at two different scaled distances, with a total of eight specimens being tested. Small-scale laboratory testing followed on beams of the same composition to investigate the behaviour of multi-layered laminated glass and to derive a static resistance function for the layup. Finally, the windows were modelled using predictive software, and the outputs of these programs were compared...
Failure of window glasses in buildings subjected to blast loading introduces great potential for cas...
In this paper, several different material models are used to analyze and to compare the behaviour of...
Laminated glass is widely used on the outside surface of modern buildings and it can protect the int...
Laminated glass panes are widely used for glazing windows to mitigate the hazard from ejecting glass...
This thesis presents the comparison of experimentally collected data on the response of monolithic a...
This thesis presents the comparison of experimentally collected data on the response of monolithic a...
In this study, numerical simulations are performed to construct the pressure-impulse (P-. I) diagram...
Glass has been overwhelmingly used for windows and facades for modern constructions. Nevertheless, d...
Laminated glass panes are widely adopted as blast-resistant glass windows to mitigate the hazard fro...
Flying glass fragments are one of the main causes of casualties and injuries during terror attacks ...
For laminated glass, the adherent properties of an interlayer reduce the risk of airborne glass spli...
Blast attacks may cause significant structural and architectural failure. Due to the relatively weak...
Over the years extensive studies have been conducted to analyze the response of laminated glass pane...
This paper presents a comprehensive numerical procedure to treat the blast response of laminated gla...
The aim of this thesis is to improve the understanding of the behaviour of Polyvinyl Butyral (PVB) l...
Failure of window glasses in buildings subjected to blast loading introduces great potential for cas...
In this paper, several different material models are used to analyze and to compare the behaviour of...
Laminated glass is widely used on the outside surface of modern buildings and it can protect the int...
Laminated glass panes are widely used for glazing windows to mitigate the hazard from ejecting glass...
This thesis presents the comparison of experimentally collected data on the response of monolithic a...
This thesis presents the comparison of experimentally collected data on the response of monolithic a...
In this study, numerical simulations are performed to construct the pressure-impulse (P-. I) diagram...
Glass has been overwhelmingly used for windows and facades for modern constructions. Nevertheless, d...
Laminated glass panes are widely adopted as blast-resistant glass windows to mitigate the hazard fro...
Flying glass fragments are one of the main causes of casualties and injuries during terror attacks ...
For laminated glass, the adherent properties of an interlayer reduce the risk of airborne glass spli...
Blast attacks may cause significant structural and architectural failure. Due to the relatively weak...
Over the years extensive studies have been conducted to analyze the response of laminated glass pane...
This paper presents a comprehensive numerical procedure to treat the blast response of laminated gla...
The aim of this thesis is to improve the understanding of the behaviour of Polyvinyl Butyral (PVB) l...
Failure of window glasses in buildings subjected to blast loading introduces great potential for cas...
In this paper, several different material models are used to analyze and to compare the behaviour of...
Laminated glass is widely used on the outside surface of modern buildings and it can protect the int...