Windows have always been at the intersection of various technologies and architectural processes that evolved in parallel and often intertwined.
The New Hype in Top End Architecture – an Examination of Latest Product Developments and Projects
Three-dimensional formed glass products, manufactured from flat glass, are experiencing rapidly growing demand.
Curved insulated glass units formed by tempered bending or annealed slumped bending offer a bold expression of architectural design with transparency and energy efficiency.
In the constant search for original designs that truly push the limits, many building projects in the Middle East have been driving global innovation in engineering and façade design.
New technological advances in glass have taken curved glass fabrication to different levels of complexity and performance in the last few years, and design continues to drive into new frontiers.
Use of cold-bent and warped glass units in unitized curtain walling is a state-of-the art application.
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.
This article has been first published at Glass Performance Days 26-29 June 2019 in Finland. The use of load-bearing adhesive joints in the glass structures have been in the focus of research throughout the last years.
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.
Extended abstract (The complete contribution will be published in the Glass Structures & Engineering journal).
Researchers and engineers search for solutions to achieve transparent lightweight structures combined with high structural performance.
Re-thinking the life-cycle of architectural glass brings together recent research into the economic, technical, environmental and logistical viability of closed-loop construction glass recycling.
Daylight control is a main resource of energy saving in buildings. Daylight control systems with mirror optics have the potential to save air conditioning due to the ability to reflect the solar rays back into the sky.
The color and performance of glass in buildings are important design elements. Project specific designed coatings can merge the visual intent of architects and building owners with the energy performance requirements of a building.
Does it feel like your workers just don’t get it? That no matter what you say or do, the mistakes and remakes just keep happening—or get worse?
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.
Best Practices in Australia, Hong Kong, Japan and the Philippines.
When designing with glass, there are a wide range of options to choose from to create a truly unique project.
The high-tech, high strength glazing that covers today’s megatall buildings is as important to the building’s performance as the steel and concrete inside it.
As companies strive to make their workplaces more flexible, interior glass has become a popular choice. Demountable interior glass also offers tax advantages.
This article reviews the history and current status of Vacuum Insulating Glass (VIG), and discusses future possibilities for this technology.
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The compatibility of two or more materials consists in their capacity to co-exist in juxtaposition for an indeterminate period of time without manifesting signs of detachment (delamination), discoloration or alterations produced by chemical interactions.
The construction typology of the curtain wall arose with Joseph Paxton’s Crystal Palace and accelerated in the 20th century.