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| Highlights: Thermal model for curtain wall metal frames. Validated with two experimental data sets. Effect of thermal protection.
| Glass is a brittle material. After the stress due to loading exceeds the resistance, a breakage occurs, and the glass is no longer intact.
| New fire-resistant load-bearing glass beams are under development and examined within a joint research project between Hero-Fire GmbH, Taupitz GmbH & Co. KG and Technische Universität Dresden.
The Effects of the Large-Scale Factor on the Integrity Parameters of Monolithic Fire-Resistant Glass
| Glass structures are subject to high fire safety requirements. Two methods are employed in this work: experimental studies of small-sized and large-sized samples and simulations of heating glass structures.
| This study delves into the critical aspects of fire safety in laminated glass.
| This study describes what to our knowledge is the first full scale fire resistance tests of Timber-Glass composites beams.
| This paper presents the results of an original test series carried out on monolithic glass panes with the dimensions of 500 × 500 mm2 and different thicknesses, under the exposure to radiant heating.
| Overview of Design Issues, Experimental Research, and Developments
| This research revolves around the design, fabrication and testing of tubular glass columns, with particular focus on their redundancy and fire-safety mechanisms.
| This study provides a closer look at fire performance of glass beams and proposes further examinations to increase the load-bearing capacity in case of fire.
| This paper gives an overview of experimental research performed on glazing subjected to fire loading.
| The main goal of all fire-rated glass is to compartmentalize fire to enable safe exit. It is most commonly used around egress areas, property line walls, stairwells, and points of exit.
| Minimalist windows explore the potential of structural glass to provide large sliding glass doors with extremely thin doorframes.
| Over the past few years London has enjoyed a building boom seeing a large number of developments particularly in the residential and commercial office sectors.
| Insulating glass has been used around the world in applications ranging from family homes to high-scale construction.
| Arup are consulting engineers for a series of recent projects involving curved glass: The High Roller observation wheel in Las Vegas and a revolving feature lift for the new Louis Vuitton townhouse in London.
| A modular system allows you to create a larger design by joining glass panels together in a line.
| All offices must be well ventilated. To meet increasingly stringent Health and Safety regulations, a continuous supply of fresh air is necessary.
| Condensation is regarded as a problem associated with old and new windows. Commonly seen on the inside pane of glazing, new high performance sealed units and windows have resulted in condensation sometimes forming on the outside pane.
| With the myriad of glass type available now, it is often confusing what to choose in terms of safety, thermal and solar performance and balancing cost with the benefits on offer.
| Structural glass can be used as a fantastic alternative to a traditional façade system.
| When it comes to safety glass, there are generally two options that architects and designers of today will tend specify: toughened glass and laminated glass.
| What relevance do British Standards have on the specification of partitions?
| In a building, light has both form and function – from the intimate restaurant to the intensity of a hospital theatre; from the serenity of a cathedral to the floodlit arena of a football stadium. Light possesses absolute functionality with the power to change ambience and transform mood.
| The term ‘Wind Load’ is used to refer to any pressures or forces that the wind exerts on a building or structure. There are actually three types of wind forces that would be exerted on a building.