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| Structural glass can be used as a fantastic alternative to a traditional façade system.
| To provide stiffness, shading and privacy with abundant daylight and a feeling of openness for restaurant extensions and an entrance canopy to a London hotel, we used glass sandwich panels with aluminium honeycomb core.
| 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.
| Laminated safety glass with SentryGlas® ionoplast interlayer has played a key role in enabling the design of an 100-foot-tall glass fin lobby wall on the 150 North Riverside Plaza office building in Chicago, Illinois, USA.
| Stiff PVB is suitable for a much wider range of applications than more traditional PVB interlayers.
| When the visual presence of materials decreases, the maximal transparency creates astounding beauty. In order to enhance transparency, clearer and lighter structures should be used.
| Today’s functional buildings tend to have shapes that go much further than pure expediency, and glass is therefore used more and more frequently as a structural support element.
| Today lightness and transparency are properties that both architects and clients try to obtain. This has rapidly increased the use of glass in facades.
| Thanks to the laminating and toughening of glass panels, we are able to make strong, safe and resilient structures out of glass.
| Spandrel glazing has developed to a stage where more efficient insulation can generate higher thermal stresses than can normally be resisted by heat strengthened (HS) glass on which ceramic enamel (frit) has been applied.
| There's a company in the heart of Bucharest that plays a leading role in Romania's glass processing industry. "Spectrum Inovativ & Industries SRL" was founded in 1991, first as an agent for a foil manufacturer.
| Although the standard glass design strategy is redundancy, we pursue a safer way to ensure the robustness of transparent glass beam structures.
| High-performance functional glazing has a significant impact on the energy efficiency of buildings and their level of usability or life quality. Experts agree that increased demands will lead to improved functionality of the glass products used in facades.
| In modern buildings, glass is increasingly used as a load-carrying material in structural components, such as glass beams. For glass beams especially the edge strength of glass is important.
| Despite the increasing research activity on structural use of glass in the past years, there is still a lack of comprehensive design codes and standards linked to real-life applications on a structural level. However, more and more ambitious buildings and structures are built every year.
| This paper intends to present how applications of structural glass systems have evolved in HDA’s projects since the author’s intial work at La Villette with Peter Rice and RFR.
| The new HQ for the Belarusian Potash Company (BPC) is a staggering example of glazing being deployed to maximise light and colour.
| A series of four-point bending tests were carried out on monolithic and laminated panels in order to evaluate the ultimate tensile stress of the glass considered and the effective level of connection between the glass foils.
| 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.
| Currently modern facade buildings rely on glazed curtain wall systems. These systems include either singular aluminium alloy frame glass curtain walls or frameless glass curtain walls. This is the case of the so called spider fixing systems, which are pointed supported.
| Melting glass is a very energy intensive process, with process temperatures of more than 1600°C required to melt the raw materials in the furnace.
| A glittering facade of suspended glass blocks veils Hiroshi Nakamura’s winning entry to the ar+d Awards for Emerging Architecture
| The paper shows that the residual stress at the surface of tempered glass panels may vary both locally and globally, i.e., stresses near the edges and corners of the panels may be considerably different from the stresses in the middle part of the panels.
| The canopies are a composite construction between both steel and glass, leaving no element without stress or structural function.