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| This contribution is an excerpt of the journal publication by Louter et al. 2018. It explores the potential of thin glass for architectural applications and reports on two thin glass concepts.
| In the following we’ll be limiting ourselves to the production of single pieces and small jobs of identical pieces, with applications predominantly in construction (e.g. windows, curtain walls, doors, showers, mirrors, kitchen splash backs) and interior design (e.g. display cases, furniture).
| A couple of years ago all started with the first measurement of anisotropies and edge stress as well as the detection of White Haze and other glass imperfections right after the furnace.
| New generation thin, lightweight and damageresistant glass seems to be the optimal material for extremely deformable structural elements for façades and building skins.
| The Glass structure of the West Balustrade in Eleftherias Square Nicosia Cyprus presented a challenge to Pentagonal in terms of 3D modelling, special glass fittings fabric, glass production, installation and testing.
| This year the special show will address the four focal themes Interactive Façades/Display Glass, Energy and Performance, Structural Glass and New Technologies.
| The author proposes a simple surface quality test using a standard window cleaning scraper and common smartphone or shop microscope.
| 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.
| This article will focus on the edge stability of PVB and ionoplast laminates and address the potential causes of blemishes.
| 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.
| Learn about the first step we take in maintaining tempered glass quality standards.
| Although anisotropy is inevitable when heat treating glass a major breakthrough took place in the industry in 2016 by developing an on-line anisotropy visualisation equipment.
| From flooring to roofing, there are many architectural uses for glass. But today, beyond your average glass fixtures and simple glass structures, buildings made entirely of glass are gaining popularity in major cities across the world.
| We’ll help you meet the spec with our knowledge of the glass tempering process.
| Minor edge damage during glass handling, a scratch or nick during installation, a design flaw, or a natural imperfection in the glass could all result in spontaneous breakage.
| To obtain free form geometry for the roof structure, bamboo canes are pre-bent. Thin glass is also cold bent and cladded. The tolerances that occur in bamboo construction are accounted by this flexibility of thin glass.
| Laminated safety glass is an excellent choice for building construction—here’s why.
| SCHOLLGLAS covers the new harbour bridge in Bremerhaven
| Have you ever wondered exactly what it means when people talk about things like strengthened and chemically treated glass?
| 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.
| Multiple glass options offer customized ways to suit different building needs.
| 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.
| Enhanced strength, edge performance and visual clarity of SentryGlas® interlayer key to The Shanghai Tower’s unique twisting double skin glass façade