
Innovations with Glass
Glass has become a popular building material that is used not only for windows but also as a load-bearing material. New dimensions of glass panes in
Glass has become a popular building material that is used not only for windows but also as a load-bearing material. New dimensions of glass panes in
Shanshui City and Star Bund Center can be considered as representative projects of RFR Shanghai recently Both provide creative solutions for complex
Transposing innovation from government funded research to commercially viable solutions becomes ever more important when combined with the urgent
The Green Village at the TU Delft is a living lab for sustainable innovations. The Co Creation Centre (CCC) will be their new meeting center (13.5 x
Today, there is a shift towards sustainable simplicity in facades, embracing material innovations and thermal design strategies for long-term
Driven by an increasing demand for high thermal and acoustic performance, transparency, and low maintenance costs, a number of facade innovations
Fountain Place is a project that exemplifies the latest technology and applications in building skin design and jumbo structural glass applications,
Daylighting is a key strategy to energy efficiency and improved occupant comfort, health, and productivity in buildings. However, providing desired
Building skins play a pivotal role in architecture. Other than the aesthetical and architectural aspects, facades are key to the climate performance,
The impacts of climate change, driven by increasing extreme temperature, sea-level rise, and heavy precipitations, interact and play an essential
What does the fourth industrial revolution mean to the design and engineering of facades of the future? We are experiencing a global technological
Fidelity between the built enclosure and early visualizations is rarely, if ever, an accident. When achieved, it comes as the result of persistent
Silicone materials have a long history in high performance building projects. Known for durability, they can reduce a building’s carbon footprint by
Developments in performative computational analysis, mass customization, and complex form manipulation revolutionized building envelope design
Providing a unique and integral cladding/envelope solution suited for high-rise buildings has been an inherent challenge for this building typology
The global increase in atmospheric temperature rise combined with the rapid growth of previously underdeveloped climate zones presents a growing need
The iconic building principal incentive is to be visually attractive or stand out, for this purpose three main features must be accomplished: have a