In buildings where openness, brightness, and outward views are highly valued by the users of our projects, glass predominates as an exterior cladding in cities all around the world. This forces us to look for options that can manage the excess of solar radiation and maintain thermal comfort in all seasons, without obstructing the views or darkening the interior spaces.
Prefabricated metal meshes provide certain qualities and flexibility that can work well in conjunction with glass; here we present 8 tips to work with this material and take advantage of its potential.
Now in its sixth year, CONNECT highlights innovative design programs at universities throughout the country. Students, under the supervision of university faculty, have the opportunity to design environments that incorporate seating and lighting installations, with the intention of offering an intimate area on the show floor where attendees can sit, relax and "connect." Exhibits will be located throughout the show floor, providing SOFA CHICAGO's international audience an opportunity to experience the innovation and creativity of future designers.
Ralf Pasel, Andreas Skambas, Lorena Valdivia, Anna Wortmann
Arch. Students of Tech. University of Berlin; Jasmin Auda, Sabrina Baschinski, Johannes Belz, Larsen Berg, Svenja Binz, Magdalena Böttcher, Antonia Breckwoldt, Ammon Budde, Vera Burkhardt, Almar de Ruiter, Anja Dotter, Oskar Ellwanger, Simon Finzel, Ellinor Förster, Carolin Friedrich, Paulina Hagen, Olga Herrenbrück, Lisa van Heyden, Anne Hommerich, Tom Jones, Detlev Kerkow, Felizitas Konrad, Bastian Landgraf, Jonathan Lewkowicz, Juri Lux, Annalena Morra, Canan Öztekin, Eyal Michael Perez, Tessa Poth, Charlotte Reh, Benjamin C. Schaad, Hong Mai Tran, Paul Walter, Karol Wojtas, Xiao Xiao.
The countdown has begun to the annual GAGAs - Galvanizers Association Galvanizing Awards. Entry is now open for these highly regarded awards, which offer an accessible yet powerful way of establishing a reputation for design excellence, within the architectural community and beyond.
The GAGAs are open to all within the construction supply chain from clients, architects, engineers, contractors and fabricators. All that is required is a short project description and photographs. Any new building or refurbishment project completed after 1st June 2015 is eligible.
The event will be held in June 2018 at the Royal Aeronautical Society in London, where judges
With the green premise growing in popularity across the globe, more and more people are turning to recycling shipping containers as a way to reduce the extremely high surplus of empty shipping containers that are just waiting to become a home, office, apartment, school, dormitory, studio, emergency shelter, or anything else. The conversion of shipping containers to living spaces is not a new concept.
Shipping containers have become a more common architectural tool over the past few years. Through clippings, insertion of external elements, coatings, and equipment, the container is adapted according to its future use and desired aesthetics. See below 10 examples of works that adopt the use of containers.
Choice of building materials and the inherent continuous reflection about the reach and capabilities of architecture are an interesting alternative way to approach this issue. The materials used in social housing should address local and economic possibilities and the real needs for access to housing in the contemporary context.
In this article, we analyze different projects published on our site to identify some of the predominant materials used in social housing, both for the formation of structures or enclosures. The intentions of this are two-fold: firstly, to create a worldwide panorama of different case studies with different construction styles from a range of geographical locations, and secondly, to provide inspiration and tools to architects to make better social housing.
Below we present 15 social housing projects and their diverse materials and construction styles.
Shipping container architecture has developed its own niche in both design and representation. Colorful or grungy? Economical or gentrified? Either way, you look at it, designing with shipping containers is a serious exercise in modular planning. The physical constraints of the object make designing projects with containers a complex task, which demands specific studies in spatial organization.
The responses using this element in architecture are great and diverse, so we have selected a number of different project plans, both helpful and inspirational, that rise to the shipping container-challenge of design.
Check out selection of 10 architectural project plans using shipping containers below:
Understanding the structural aspects of architecture is an inherent task of the architect; sufficient structural knowledge allows designers to propose ideas such as large structural elements which offer an interesting response to a project's needs.
Steel trusses are an example of such a response, which demonstrate an ability to define spaces and structures that are truly complex and interesting.
Below is a list of 10 inspirational projects that use metal trusses as an essential element of design.
The use of steel in both the past and present is mainly associated with the success of grand industrial and civic structures. But due to the commercialization and standardization of steel profiles, its use in residential projects (thanks to its mechanical properties and fast installation) has resulted in complex and interesting solutions on a domestic scale.
Dive into these 15 construction details from residential projects that have made use of steel structures and cladding.
Throughout history, simple structures have constituted one of the most common forms of human expression. Small-scale housing, shelters, and viewpoints have been shaped by myriad materials that effectively created - depending on the techniques used - different forms of response to the same need.
Here is a compilation of 20 small-scale projects that stand out due to their small size and their simple, practical structures.
Made from nickel phosphorus, the microlattice emulates human cell structure, reaching a density and surface area similar to lung tissue. So light it can be balanced on the top of a dandelion seed head, the material weighs in at approximately 100 times lighter than styrofoam.
Designed by Félix Guyon of Les Ateliers Guyon in Verchères, Quebec, "Sails Benches" is a monument to the original founding families of Verchères, commissioned by the municipality. Having worked in Montreal for many years, Guyon returned to his native village for this personal project, which was selected as the winning design of the Furniture Category at the World Interiors Awards 2015 in London, "charming" the judges with the personal narrative and sensitivity of his Sail Benches, according to a press release. Read more about the project after the break.
Many times, the most innovative minds in architecture aren't the architects themselves. They can come in the form of students, researchers and in this case - providers. We recently asked VMZINC, a company that provides material solutions for architects, a few questions about the use of zinc in architecture, the Stonehenge Visitors Center and more.
Architects: Hampton+Rivoira+Arquitectos Location: Escobar, Provincia of Buenos Aires, Argentina Architects In Charge: Jorge Hampton, Emilio Rivoira Associated Architect: Cristian Carnicer Design Team: Roberto Lombardi, María Eugenia García Castera, María Eugenia Viña Raznovich, Juan Reartes, Ignacio Ruiz Orrico, Diego Tablada, Emilia Alvarado, Anahi Fedrizzi Project Year: 2009 Photographs: Jorge Hampton, Emilio Rivoira, Fernando Mayán, Fundación Temaikén