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| Glass, a material with the unique property to let light inside an area, is normally used in building practice as just an enclosure. Its use in facades is also due to its chemically inert properties; it can be cleaned easily and remains good for many years.
| Buildings fitted with glass facades are often death traps for wild birds, particularly when they reflect a natural environment or when they are transparent, and thus invisible.
| TROSIFOL®Sound Control (SC), a sound-attenuating PVB acoustic film from Kuraray, has given Marvel Architects the ability to incorporate a substantial glazed façade on a residential development, which would otherwise may not have been feasible due to localised noise levels from the surrounding local.
| Bullet-resistant glass with SentryGlas® ionoplast interlayer has been installed on the majority of the exterior facades on the new San Francisco Public Safety Building, ensuring maximum protection of the building and its occupants, while also maintaining a modern, open, transparent look and feel.
| The Flachglas Group employs around 1,100 employees at three sites in Switzerland and three sites in Germany – around 650 of them generate revenues of approx. € 70 million at the Wernberg site (Bavaria).
| SentryGlas® ionoplast interlayer have played a key role in the façade construction on the new Sir Samuel Griffith Centre at the Nathan Campus of Griffith University; a building that is destined to become a model for ‘off-grid’ remote communities that have no access to power.
| The visually stunning cable-stayed glass facade that surrounds the recently-opened Enzo Ferrari Museum in Modena, Italy, is another outstanding demonstration of the qualities and capabilities of SentryGlas® ionoplast interlayer.
| Over half the world’s seven billion inhabitants live in cities, by the year 2050 the number will grow to almost ten billion. In order to avoid a climatic collapse in the metropolises, there is no other alternative to energy-efficient buildings.
| Cities are eating up an increasing amount of heat and electricity. In order to reduce this consumption, buildings have to become increasingly efficient and integrate more renewable energies.
| This paper describes an alternative set of layers stacks which comprises only metallic and oxidic layers and which can be obtained with Leybold Optics’ coaters.
| An innovative synthesis of UV-cured digital print and industrial surface coatings transforms façades into modern art
| Although the standard glass design strategy is redundancy, we pursue a safer way to ensure the robustness of transparent glass beam structures.
| Finding ways to improve energy efficiency is one of the greatest challenges facing contemporary architecture.
| Thanks to on-going research and development efforts glass products can take on ever new functions.
| 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.
| DuPont™ SentryGlas® Expressions™ technology has played a key role in helping to create a new 1,700 square-metre, bright red glass façade for the AIDA Entertainment building in Hamburg, Germany.
| Zahner opens the public beta for CloudWall™ — the first application for Zahner’s ShopFloor™ platform. CloudWall provides an interface for users to design and fabricate curving facades in metal.
| The Chinese city of Guangzhou may have many skyscrapers, but one has been designed specifically to be a bright beacon against the often gloomy backdrop provided by the city's weather.
| 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.
| The design of the building and its façade reduces solar energy gain, which precludes excessive use of air conditioning, while SentryGlas® improved the natural lighting, removing the need to turn the lights on inside the building.
| 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.
| With maximum light capture being a major part of the design brief, the new John and Frances Angelos Law Center, the home of the University of Baltimore School of Law, is a fascinating example of how DuPont™ SentryGlas® can be deployed for both functional and aesthetic purposes.
| 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.