Wood is one of the oldest building materials used in architecture. Versatile, it can be used in structural solutions, coatings, partitions, fittings and, very often, in furniture. Another quality of the material is its sustainability - if well managed during planting, cutting, and treatment processes, it can be considered renewable and low carbon, adding value to the completed building.
Due to the rising demand for housing, apartments around the world are becoming smaller and smaller. In addition, these plans for housing units do not always provide functional and comfortable living arrangements for its residents, challenging architects to think of ways to turn this situation into something desirable. Below, we've selected ten Brazilian projects that find creative solutions for small-scale housing.
https://www.archdaily.com/904185/10-brazilian-apartments-under-65-square-metersEquipe ArchDaily Brasil
Bamboo is an ancient building material that has been used in a variety of countries and building types. A sustainable material with a unique aesthetic, it is arguably one of the greatest architectural trends of the moment.
This material's structural and sustainable qualities demonstrate that bamboo can be three times more resistant than steel and grow about 4 feet (1.22 meter) in just one day.
Whatever the form—personal, theoretical, scholarly—architects frequently veer into the philosophical terrain when defending otherwise subjective design decisions. Personally, this may be justifiable. But professionally, this reliance on quasi-philosophical spin is one of the fundamental ways architecture differs from other practical pillars of society, such as law, finance or medicine. Those disciplines are based on structures of knowledge (precedent or code, economics, and science, respectively) that mediate between professional decisions and subjective judgement.
Belgian architect Vincent Callebaut proposes recycling ocean trash as building materials for his futuristic floating cities.
Migration as a result of changing climate has already begun. And while this poses enormous challenges for governments - particularly at a global moment that seems indisposed towards immigration and immigrants - there is also the concern that heritage will inevitably be lost. In places like Scotland, rising sea levels have put ancient sites at risk; the same is the case in island nations in the Pacific. As mounting environmental risks become more inevitable day by day, cities around the world are turning to more resilient forms of architecture and urban planning to combat both short term shocks and longer term pressures as a means of ensuring their future.
Sometimes a door can be a huge headache in a project. Think of a continuous, clean facade... having a door in the middle of it can ruin the clarity of the design. But a door need not be the traditional wood-paneled, brass-knobbed portal most of us are used to, much less an eyesore.
But what if they could disappear from sight entirely? We’ve all dreamed of hidden passages and secret rooms tucked away in our homes. But for these to work, the entry must be disguised or hidden itself.
What comes to mind when you encounter the term “sensory design”? Chances are it is an image: a rain room, a funky eating utensil, a conspicuously textured chair. But the way things actually feel, smell, even taste, is much harder to capture. This difficulty points to how deeply ingrained the tyranny of vision is. Might the other senses be the keys to unlocking broader empirical truths? Does the ocular-centric bias of art, architecture, and design actually preclude a deeper collective experience?
Are architects really turning to real-time rendering for visualization? Epic Games, the creators of Unreal Engine, decided to find out with an independent survey.
The results confirmed what many of us have suspected—real-time rendering is on the rise in architecture, media and entertainment, and manufacturing. But the survey also revealed a few surprising details about real-time rendering and its uses.
Terrazzo & Marble Supply Companies transformed the Duke Ellington School of the Arts in DC with poured-in-place epoxy terrazzo. [Photo: Courtesy of Terrazzo & Marble Supply Companies]
Terrazzo flooring, with its mosaic style of pieces of marble or granite set in polished concrete or epoxy resin, is known for its flexibility and remarkable durability. So it’s no wonder the method has been around for centuries.
With proper care during installation and use, it’s also possible for terrazzo floors to last a number of decades. “There are terrazzo floors that were installed in the early 1900s that are still nice looking jobs,” says James Bateman, terrazzo division manager of Terrazzo & Marble Supply Companies. Indeed, the style is known to some as ‘forever floors,’ a nod to its history and longevity.
Greatly influenced by the modern movement--and in particular the presence of Le Corbusier--contemporary Indian architecture reflects a mixture of traditional and western references. Using mainly local materials such as brick, concrete and stone, Indian buildings stand out with their high visual impact and a assertive heaviness.
Because of its scarcity, wood is mostly used in details and finishes rather than as main structures. Some of the most successful architects in India have managed to gracefully balance the use of concrete and wood in a gentle gesture that evokes elegance and rough textures.
Here we present some of the best examples of contemporary Indian architecture that have used both concrete and wood in a harmonious and attractive way.
Did you know that tree-lined streets are proven to be beneficial to physical and mental health? So why not include them in health funding? The Nature Conservancy's new research demonstrates the number of reasons why this should be done.
https://www.archdaily.com/903855/cities-should-think-of-trees-as-public-health-infrastructureMayra Rosa
ArchDaily is pleased to announce our partnership with SPACE10 on their launch of IMAGINE, a single-season exploration of the brave new world of shared living. You can listen to more episodes of this podcast (produced with Unsinkable Sam) on SPACE10's website.
The link between architecture and cinema is unquestionable, as is the magic of seeing a film in a place structured specifically for this contemplative activity. The design requires architectural solutions that not only respond to the distribution of seats and visibility of movie-goers but also to acoustics and lighting.
Various projects published on our site highlight how architects have responded to this challenge in innovative ways. Below, stunning 10 movie theaters with their plans and drawings.
The more architecture students that I converse with, the more I hear this common dissent amongst them: “I don’t want to become an architect.” Despite participating in long studio hours for a five-year professional degree, somehow very few peers actually want to become the kind of architects that create buildings.
Aside from the conventional alternatives of interior or graphic design, there is a rising trend in the popularity of firms that use architectural skills for beyond the scope of designing luxury condominiums for wealthy clients. For prospective architects (and current ones), below are examples of firms that may not be what one initially imagines to do with their degree, but a taste of the potential of what they can.
An installation at the Karolinska Institutet in Sweden is made entirely of translucent concrete panels. Composed of concrete and bubble wrap, the site blends both high and low technology processes. This high-tech lecture hall is an amorphous space with unique acoustic qualities.
The panels were created by compressing High-Performance Concrete between two layers of Bubble-Wrap. With 262,500 cavities and 1,000,000 membrane-perforations, the material creates a diffused echo-free ambiance.
On October 1, 1908, Ford launched its first model car in the American market, the Ford T, starting the automotive industry and establishing new paths for industrialization. Inspired by the manufacturing systems of weapons and sewing machines, in 1913, Henry Ford revolutionized production with the first moving assembly line to produce the Model T; a simple, safe, reliable and cheap car.
The price decreased over time as production became more efficient. The Model T cost $850 in its first year and, as the manufacturing process became more efficient, it decreased to $290 in 1927, the last year it was produced. Industrialization led to optimized costs, time, and logistics.
On the north side of Tempelhofer Feld, an airport-turned-park in southern Berlin, lays a large ditch. Surrounded by lots and bungalows and noticeable only to those in the know, this 19th century basin holds rainwater drained from the airport’s defunct runways before it is fed into Berlin’s canal network.