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| The article presents an overview of research and applications of glass as structural material, cooperating with other materials: steel, timber, glass or carbon fibre composites.
| Differently from traditional structural materials, the structural behaviour of laminated glasses exhibits some anomalies due to the difference in the stressstrain laws of their components: glass is a brittle material, while PVB and SGP are thermoplastic materials with a visco-elastic behaviour.
| Contact angle measurements using method based on B-spline snakes (active contours) were applied to investigate surface wettability properties of commercial soda-lime-silica float glass subjected to various surface preparation methods.
| Breakage patterns, residual stress, and fractured surfaces on tempered glasses are investigated to find the correlation among glass thickness, tempered level, and the number of fragments, particularly when the glass thickness is less than 4 mm.
| In modern high rise building, fully unitised systems are frequently being used in construction to save time and cost. Most of the unitised system comprises of structural aluminium alloy of grade 6063 T5 or T6, with spandrel panel (shadow box) and vision glass.
| In the façade industry, glass panes have been bonded to aluminium frames with UV-resistant silicone adhesives for 40 years with almost unchanged mechanical strength.
| The canopies are a composite construction between both steel and glass, leaving no element without stress or structural function.
| While glass manufacturers have little control over raw material costs or finished product orders, process control is one area where even minor improvements can trim production costs, improve product quality, and ultimately increase profits.
| In recent years there have been a number of sensational reports in the media about “glass cancer” and “spontaneous glass fracture”, with stories relating to “glass raining down from highrise buildings”.