Most of us use stairways every day, but few times do we stop to contemplate their design or put much thought into their function. With their steps, treads and railing, they are easily one of the most fundamental architectural elements in any home. Apart from providing a safe, simple and easy access from one floor to another, it is through staircases that architects create unique spatial forms and strong visuals. From afar, one can observe people moving up and down repeatedly; from within, the user is treated to new angles and ways to perceive a space. Therefore, good staircases are more than just means of vertical circulation. Through their might and scale, they can become the protagonist of a space – a design focal point that rises to the level of art. In this article, we present their versatile characteristics and material qualities through a selection of inspiring examples, all of which can be found in Architonic's 'Staircases' section.
Take a second to imagine a building or a room. Chances are you are envisioning flat rectangular surfaces and straight lines. Whether it be walls, beams or windows, most architectural elements come in standard and extremely practical orthogonal shapes. However, the pandemic has shed light on designs that are not only functional, but also that improve our mood and well-being. In that sense, the power of curved, free-flowing surfaces is unmatched, which explains why they have been making a comeback as a modern design trend. Adopting beautiful nature-inspired shapes, organic curls and bends energize rooms and make users feel good. In fact, neuroscientists have shown that this affection is hard-wired into the brain; in a 2013 study, they found that participants were most likely to consider a space beautiful if it was curvilinear instead of rectilinear. In short, humans love curves.
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Zugspitze Mountain Station / Eibsee, Germany - Photo by Christoph Seelbach . Image Courtesy of Vetrotech Saint-Gobain
While glass is generally singled out as the weakest part of a building, it is not always true. With technological advances and the continuous innovations of the industry, there is glass that, even while allowing natural light to enter an environment, can protect the building from fire. Beyond fire, there are also other threats such as hot gases, smoke, and heat transmission, which put the safe evacuation of people and the protection of property at risk.
Polyvinyl Butyral (PVB) is a resin known for its strength, flexibility, and optical clarity. When inserted and bonded between two panes of glass, the combination —known as laminated glass— provides a tough, acoustic, glare-, UV- and solar-protective barrier with no loss of transparency. So much so, that its main use is in car windscreens.
By inserting and layering various sheets of colored PVB, glass can be transformed with a kaleidoscope of color and a range of opacity. The whole effect gives interiors specifiers a palette of light and color tools when adding personalities to interior environments. Here are six examples of projects that use PVB-laminated glass to great effect:
Columbia University’s Manhattanville Campus expansion has ushered in a crystalline district of glass-clad buildings amid the masonry vernacular architecture of Harlem. The latest additions to the 17-acre, $6.3 billion campus, which was master-planned by SOM, are two buildings designed by Diller Scofidio + Renfro (DS+R) in collaboration with FXCollaborative that provide a new home for the Columbia Business School. Set to open in early 2022, Henry R. Kravis Hall and the East Building rise 11 and 8 stories, respectively, and provide 492,000 square feet of classrooms, public space, and faculty offices.
In today's climate, energy and how we use it is a primary concern in the design of built spaces. Buildings currently contribute nearly 40% to global carbon emissions and with a projected growth of 230 billion square meters in construction before the end of 2060, the focus on construction decarbonization efforts should be paramount.
In a 2016 survey of 400 employees in the U.S., Saint-Gobain found that office building occupants commonly complained about poor lighting, temperature, noise, and air quality, leading the company to deduce a need for improved lighting and thermal comfort in buildings while also maintaining low energy consumption and freedom of design for architects and clients. Their solution was SageGlass, an innovative glass created first in 1989 and developed over the course of the past three decades. The glass, which features dynamic glazing protecting from solar heat and glare, simultaneously optimizes natural light intake. A sustainable and aesthetic solution, SageGlass’ adaptability to external conditions dispels the need for shutters or blinds.
https://www.archdaily.com/957605/more-daylight-but-less-glare-and-heat-how-does-automatically-tintable-glass-workLilly Cao
When designing a space, architects across the board tout the importance, and even necessity, of incorporating natural light into interiors. This means taking measures to control the quantity of light being let in and its distribution throughout the space.
In the case of residential spaces, where privacy plays a larger role than in public spaces like offices, restaurants, and stores, opaque materials like screens, tinted glass, and other barriers are the go-tos for providing protection and privacy from the outside; however, the privacy that these methods provide often comes at the cost of the space's natural lighting, forcing designers to seek alternative materials that allow for both light and privacy.
OMA / Shohei Shigematsu has revealed images of the new iconic Tiffany & Co. Fifth Avenue Flagship Store. In progress and scheduled for the spring of 2022, the intervention “reimagines the retail experience while preserving the historic identity of the original building”.
Malibu Crest, a 2019 remodeling of a 1949 International Style home, was a vital undertaking by the architecture firm Studio Bracket that aimed to expand the structure’s square footage and panoramic views of Malibu while retaining over 50% of the home’s original walls. The project was ultimately successful, not only in its refurbishment of the interior rooms and reconfiguration of the space, but in its enlargement of the windows to truly capture views of the surrounding lagoon and mountains. This expansion of the view was done in part through an open corner window scheme and floor-to-ceiling glass, manufactured by Western Window Systems. The uninterrupted glass walls afforded by this open corner technology is one of the most effective ways that architects can open an interior space to the stunning vistas of a natural environment. Yet an even more striking configuration increasingly being employed by residential architects is that of the open corner sliding glass door – a system that can even more completely open an interior space to the unobstructed outdoors. Below, we discuss this technology in more detail, alongside several examples of projects using the open corner glass door.
https://www.archdaily.com/944057/open-corner-sliding-glass-doors-towards-a-light-and-wide-architectureLilly Cao
While not all plastics are being recycled, even the ones that display the recycling sign, the global plastic waste problem is nowhere close to being resolved. Recycling, generally determined by factors like demand, legislations, and economy, takes on arguably around 20% of the annual production of plastics, leaving a large quantity unattended, doomed to last forever in our environment. In addition, competing with newly-produced materials, recycled plastics need to meet standards of quality and price, and undergo a sustainable, efficient, and economically viable transformation.
ROGP or Rejects of Glass & Plastics Technology is an innovative approach that repurposes plastics, once labeled as non-recyclable materials due to technical complexity or economy-related issues.
In 1977, a New York Times article by Carter B. Horsley proclaimed that “Glamorous Glass Bricks Are Booming:” once a “less than first-class” material, it was beginning to gain acceptance among architects in residential and restaurant projects for its translucence, privacy, visual interest, and sense of order. However, following the industry’s brief but widespread use of glass bricks, many now associate the material with outdated 80’s architectural styles, an aesthetic that few seem interested in reviving. Yet pioneering contemporary architects have begun using this unique material in new and distinctly modern ways, whether for sleek and minimalist bathrooms, industrial bars and restaurants, vintage residential windows, or even experimental urban facades. As Horsley stated, it appears that glamorous glass bricks are booming – again.
https://www.archdaily.com/941686/glamorous-glass-bricks-are-booming-nil-againLilly Cao
Exterior rendering of Menokin’s “The Glass House Project". Image Courtesy of Machado Silvetti
Menokin Foundation has begun construction on its “Glass House Project”, a new initiative in the preservation of historic landmarks. Protecting what remains from the 1769 house, the intervention will replace missing walls, floors, and sections of the roof with glass. Designed by Machado Silvetti, in collaboration with glass engineer Eckersley O’Callaghan, and landscape designer Reed Hilderbrand, the project will be developed in phases, to be completed in 2023.
Every year around this date, festivals, educational events, exhibitions, and excursions are organized to celebrate and raise awareness about the conservation of migratory birds. These species have seen their habitats transformed during the last few decades in part because of human action: designers and real estate agents have built and nurtured an urban imaginary dominated by glass structures as a symbol of power and progress. Before proceeding with the conquest of the sky, it is worth considering some materials that are more friendly to the species with which we cohabitate.
Insufficiently regulated in much of the world, the fire resistance of glass is an important issue that is often poorly resolved, endangering people's lives. What characteristics must a glass have to resist a fire? What options are there to choose from? We talked with the experts of Cristales Dialum to investigate these essential questions.
In an effort to avoid disruptions to the coming football season (and by extension, any frustration among the passionate University of Iowa Hawkeyes’ fans), the challenge facing Iowa City architecture firm Neumann Monson was to rapidly deliver and install Kinnick Stadium’s new custom glass facade, all during the team’s off-season. Ranked top among Big 10 stadiums, Kinnick opened the 2019 football season with an expanded North End Zone after careful coordination by the design, manufacturing, and construction teams throughout the project.
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