Glass as a material in architecture and civil engineering represents a challenge, and it is often a material of choice for designers, used both for the the building interior elements as well as for cladding of building. The paper has addressed specifically the glazed curtain wall façades and the earthquake-induced issues related to them. A review of the standing standards and practice in this field are provided. The paper presents some of contemporary solutions for damage mitigation of glazed building envelopes caused by earthquakes, such as: solutions with clearances between glass and its frame, earthquake-isolated curtain wall system, modified geometry of glass corners and friction damping connectors
In the last decades, recent earthquakes have further highlighted the high vulnerability of non-struc...
This chapter explores the behaviour and performance of glass curtain wall systems under various dyna...
In facade construction the glazed elements have always been considered the most critical components ...
Recent earthquakes have shown the vulnerability of conventional curtain wall glass claddings to seis...
2noGlass facades are widely used in building structures, due to a series of aesthetic, thermal, ligh...
The seismic behaviour of window glass panels is investigated. Glass damage observed in past earthqua...
The condition of undamaged or lightly damaged internal partitions after seismic events is of utmost ...
2noGlass systems and facades are widely used in building structures, due to a multitude of aspects. ...
This book presents the findings of a detailed study to explore the behavior of architectural glazing...
Past earthquakes have shown the vulnerability of architectural glass in curtain walls, storefronts, ...
Glazing facades generally represent one of the most critical building components, from a structural ...
Glass as a material in building facades is rarely applied in a large scale, especially in design of ...
Glazing facades generally represent one of the most critical building components, from a structural ...
Glazing facades generally represent one of the most critical building components, from a structural ...
Glass has been overwhelmingly used for windows and facades for modern constructions. Neverthe...
In the last decades, recent earthquakes have further highlighted the high vulnerability of non-struc...
This chapter explores the behaviour and performance of glass curtain wall systems under various dyna...
In facade construction the glazed elements have always been considered the most critical components ...
Recent earthquakes have shown the vulnerability of conventional curtain wall glass claddings to seis...
2noGlass facades are widely used in building structures, due to a series of aesthetic, thermal, ligh...
The seismic behaviour of window glass panels is investigated. Glass damage observed in past earthqua...
The condition of undamaged or lightly damaged internal partitions after seismic events is of utmost ...
2noGlass systems and facades are widely used in building structures, due to a multitude of aspects. ...
This book presents the findings of a detailed study to explore the behavior of architectural glazing...
Past earthquakes have shown the vulnerability of architectural glass in curtain walls, storefronts, ...
Glazing facades generally represent one of the most critical building components, from a structural ...
Glass as a material in building facades is rarely applied in a large scale, especially in design of ...
Glazing facades generally represent one of the most critical building components, from a structural ...
Glazing facades generally represent one of the most critical building components, from a structural ...
Glass has been overwhelmingly used for windows and facades for modern constructions. Neverthe...
In the last decades, recent earthquakes have further highlighted the high vulnerability of non-struc...
This chapter explores the behaviour and performance of glass curtain wall systems under various dyna...
In facade construction the glazed elements have always been considered the most critical components ...