From 2016 to 2017: Architecture and Our Future

TLDR; Best of 2016.

Dear readers,

This 2016 has been a hectic, frenetic year with complex geopolitical, social, and cultural issues placing our world at a crossroads of an uncertain future. Do we look back into the nostalgia of a safe past, or do we step up and be an active part of a hopeful future?

As architects we have a tremendous responsibility in this scenario; historically, our profession has shaped the collective ideas of the future, generation after generation, by weighing-in on the crises that arise in our societies. In the absence of clear leadership to guide us towards an inspiring future, this is our opportunity to serve as agents of change for the future we deserve.

ArchDaily’s role is to provide inspiration, knowledge, and tools to the architects who will face the hyper-urbanization currently underway in our world. And I am happy that the orchestrated effort of our global team is working towards this ambitious goal, reaching more than 500,000 daily readers in our English, Chinese, Spanish, and Portuguese editions, taking advantage of the Internet to connect architects from every corner of the world and bring architectural inspiration and information exchange in an unprecedented way.

As we turned 8 this year, we unveiled a new site design and an improved building products catalog, both of which are under constant improvement thanks to the data we gather from more than 3 billion monthly events and interactions created when you use ArchDaily. One example is the “Recommend For You” widget that we launched in the sidebar of projects and articles, crafted specifically for each user and based on a recommendation engine built by our engineers and data scientists. We will continue to diligently focus on similar projects during 2017 by developing more data-driven solutions to help you navigate the vast amount of projects and knowledge that we have amassed in the “ArchDaily Iceberg.” We’re also dedicated to improving what we expect to be a useful tool in your daily design workflow, the My ArchDaily platform—a service already used by hundreds of thousand of architects to save and sort projects.

Our growth has also helped us connect directly with you, our users, in different ways. Reaching 2 million fans on Facebook and 1 million followers on Instagram has given us more robust settings to transmit knowledge and inspiration. Even live!

We are also teaming up with some of the world’s most important construction materials manufacturers—such as Saint Gobain, CEMEX, Hunter Douglas, Equitone and more than 300 companies worldwide—to bring you compelling content and the latest industry news. By connecting the projects that we publish with invaluable data about the products used to realize them, we hope to enlighten architects about the palette of materials available to them.

Our team covered the year’s most important events, including the Pritzker Prize, the Aga Khan Award for Architecture, the Oslo Architecture Triennale, the Lisbon Triennale. In our coverage of the most anticipated of 2016, the Venice Biennale curated by Alejandro Aravena “Reporting From the Front”, we explored new formats in order to highlight and show immersive experiences through 360º video content. Venice marked another important achievement for ArchDaily, as I was appointed as the curator for the Nordic Countries Pavilion.

Aligned with the initiative to provide more immersive content we launched our VR for Architects section.

And we will continue to work hard with our global team to bring you a curated selection of projects, together with news and articles that add value to the architects in their day to day efforts to build the future that we deserve, as you can see in our Best of 2016 section.

David Basulto
Founder & Editor in Chief

Hexagons for a Reason: The Innovative Engineering Behind BIG’s Honeycomb

Hexagons for a Reason: The Innovative Engineering Behind BIG's Honeycomb, © BIG
© BIG

BIG are known for unconventional buildings that often raise the question “how were they able to do that?” Such is the case for BIG’s Honeycomb, a luxury eight-story condominium currently under construction in the Bahamas. The project’s hallmark is its hexagonal façade made up of private balconies, each with its own glass-fronted outdoor pool. The façade was also the project’s greatest engineering challenge, with each balcony (including pool water) weighing between 108,000 and 269,000 pounds (48,000-122,000 kilograms) while cantilevering up to 17.5 feet (5.3 meters) from the structure. Tasked with this challenging brief were DeSimone Consulting Engineers, who previously worked with BIG on The Grove. Read on for more detail on the Honeycomb’s innovative engineering.

Courtesy of DeSimone Consulting Engineers© BIG© BIGCourtesy of DeSimone Consulting Engineers+15

Save this picture!

© BIG

© BIG

Central to the Honeycomb’s design of is the use of a specially engineered concrete “superslab” which is able to cantilever over 17 feet without wall brackets below. This was achieved by reducing the slab’s weight while maintaining its strength and stiffness. As explained by Bill O’Donnell, the project lead at DeSimone, “to control deflection and reduce self-weight, 12-inch (300 millimeter) diameter tubes were embedded in a 17-inch (430 millimeter) thick conventionally reinforced roof slab.” These voids hollow out the slab, reducing its weight and increasing the section’s overall efficiency. This step also “eliminated the need for a post-tension slab, further reducing the overall weight and reducing the cost of the project.”

Save this picture!

Courtesy of DeSimone Consulting Engineers

Courtesy of DeSimone Consulting Engineers
Save this picture!

Courtesy of DeSimone Consulting Engineers

Courtesy of DeSimone Consulting Engineers

The balcony decks themselves are constructed from a 13-inch (330 millimeter) thick conventionally reinforced slab. What is especially clever, and what allows the slab to be kept at 13 inches, is that the slabs “fold down at the deepest point of the pool to align with the shear wall of the lower unit” for extra support.

Save this picture!

© BIG

© BIG
Save this picture!

© BIG

© BIG

Because of the staggered partition walls and varied façade, these shear walls sometimes connect to a structural column, acting “as a rigid bracket supporting the slab above and below.” At other junctions there is no column – here “the wall is not as stiff in these locations but still carries vertical load back to the column strip.” These 18-inch (450 millimeter) thick concrete shear walls not only increase structural support, but join into the sloped pool floors in order to form the hexagonal honeycomb structure.

Save this picture!

Courtesy of DeSimone Consulting Engineers

Courtesy of DeSimone Consulting Engineers
Save this picture!

Courtesy of DeSimone Consulting Engineers

Courtesy of DeSimone Consulting Engineers

While the depths of the cantilevers allow for plentiful outdoor space, the balcony’s utilities added further challenges. Both the summer kitchen and pool required a host of services, while also needing waterproofing and long-term serviceability. This meant the need for thoughtful detailing, with “nearly a dozen conduits that had to be carefully placed to get across the column strip and emerge on the sloped slab in the proper location”. The concrete shear walls were also once again utilised, with embedded pool drains serving as a path for balcony drainage.

Save this picture!

© BIG

© BIG

Because of the Honeycomb’s innovative structural system, conventional materials were able to be used, but used carefully. As all the concrete in the building is conventionally reinforced cast-in-place concrete, special attention was paid to the concrete mixture itself. To ensure durability, “limiting initial soluble chlorides, providing a tight water-cement ratio, and additional concrete cover over the reinforcing steel were critical design measures.” Finally, for further protection, an integral waterproofing admixture and surface applied coating were also used.

Save this picture!

Courtesy of DeSimone Consulting Engineers

Courtesy of DeSimone Consulting Engineers

Correction update: This article originally mistakenly named the project lead at DeSimone Consulting Engineers as Bill O’Simmons. His actual name is Bill O’Donnell.

Contemporary kitchen / melamine / matte / lacquered BILMA EVO

Contemporary kitchen / melamine / matte / lacquered BILMA EVO Aran

Characteristics

  • Style:

    contemporary

  • Material…:

    melamine

  • Other characteristics:

    matte, lacquered

Description

Bilma Evo offers you the pleasure of a laquered kitchen highly accessible in terms of price.
Bilma Evo is innovative and dynamic.
Transfers to you those important sensations that will never let you down. It’s impossible to get tired of it. Bilma Evo is available with handle, profile handle or c-channel.

Traditional kitchen / walnut / ecological TAYLOR

Traditional kitchen / walnut / ecological TAYLOR Aran

Characteristics

  • Style:

    traditional

  • Material…:

    walnut

  • Other characteristics:

    ecological

Description

The kitchen room is perfectly furnished and becomes cozy and full of atmosphere.
Taylor, proposed in the walnut and cherry colors, combines functionality and current technology, with accurate finishes, useful accessories and big cupboards.

d3 Announces Winners of 2016 Natural Systems Competition

d3 Announces Winners of 2016 Natural Systems Competition, Courtesy of d3
Courtesy of d3

Awarding the top ecological projects of the year, d3 has announced this year’s winners of its Natural Systems competition. Established in 2009, the annual competition has grown into one of the most notable awards in speculative, performance-based design. The brief challenges architects, designers, engineers, and students to develop ideas for sustainable living by exploring natural processes. This year’s program was co-directed by Ji Young Kim of Shigeru Ban Architects and Gregory Marinic of the Syracuse University School of Design.

Read on to find out about the jury’s picks for the top three projects and seven special mentions.

First Prize: Hydrological Cluster / Anna Budnikova (Russia)

Save this picture!

Courtesy of d3

Courtesy of d3
Save this picture!

Courtesy of d3

Courtesy of d3

The Hydrological Cluster is dedicated to one of the natural environment’s most global problems—water resource depletion and rising sea levels. Climatic disasters and anthropogenic impact cause a gradual depletion of water resources. Biomimicry is a modern response to global environmental problems.

Second Prize: ABIOGENESIS 0.1 / Georgia Skartadou & Christos Nasioutzikis (Greece)

Save this picture!

Courtesy of d3

Courtesy of d3
Save this picture!

Courtesy of d3

Courtesy of d3

Self-reproducing automata is a process of design that occurs after a theoretical investigation about the intercourses and the exclusions between dipoles—subject and object, natural and artificial, intention and randomness, design and not-design. The design tools that are chosen are non-dimensional points. The design shifts from the conceived object to the processes that materialize the object. The main principles that are finally chosen are those that condense the phenomenon of life (movement, metabolic exchanges, reproduction).

Third Prize: Delta Raefiguratoria / Jose Alberto Gonzalez Martin (Spain)

Save this picture!

Courtesy of d3

Courtesy of d3
Save this picture!

Courtesy of d3

Courtesy of d3

The Ebro Delta, one of the most unique productive landscapes in the Mediterranean Sea, is sinking. The massive construction of reservoirs all over the Ebro River basin in the 20th century has caused the sand needed to sustain the Delta to stay in the mountains. DELTA Raefiguratoria (Delta del Ebro Low Tech Architecture Reconfiguration) is an architectural treatise from the past for the future. With a retrofuturistic language, DELTA Raefiguratoria is meant to be a manifesto for low-tech architecture: for more than two thousand years it has achieved everything we know so far, why not give it a chance in this high-tech world to keep building our future?

Special Mention – Building Performance: Hybrid Skytree / Teymour Benet (Spain)

Save this picture!

Courtesy of d3

Courtesy of d3
Save this picture!

Courtesy of d3

Courtesy of d3

Special Mention – Urban Strategy: Taking it to the Ex-Stream / Abi Haire, Ed Gant (UK)

Save this picture!

Courtesy of d3

Courtesy of d3
Save this picture!

Courtesy of d3

Courtesy of d3

Special Mention – Performative Landscape: Floating Polder System / Hyeeun Kim, Haerang Jung (Korea)

Save this picture!

Courtesy of d3

Courtesy of d3
Save this picture!

Courtesy of d3

Courtesy of d3

Special Mention – Alternative Typology: Wallmorphology / Ka Wai Cheung (Hong Kong)

Save this picture!

Courtesy of d3

Courtesy of d3
Save this picture!

Courtesy of d3

Courtesy of d3

Special Mention – Urban Adaptation: Vorte(x): Lightwell Symbiosis / Chenyu Pu, Mengxing Wang (China)

Save this picture!

Courtesy of d3

Courtesy of d3
Save this picture!

Courtesy of d3

Courtesy of d3

Special Mention – Oceanic Intervention: Hyperatoll / Shao Xutao, Wang Jingyi (China)

Save this picture!

Courtesy of d3

Courtesy of d3
Save this picture!

Courtesy of d3

Courtesy of d3

Special Mention – Landscape Urbanism: Migratory Landforms / Dana Cupkova, Colleen Clifford, Thomas Sterling (USA)

Save this picture!

Courtesy of d3

Courtesy of d3
Save this picture!

Courtesy of d3

Courtesy of d3

News and project descriptions via d3 Natural Systems 2016.

Contemporary kitchen / laminate / island / ecological PENELOPE

Contemporary kitchen / laminate / island / ecological PENELOPE  Aran

Characteristics

  • Style:

    contemporary

  • Material…:

    laminate

  • Configuration:

    island

  • Other characteristics:

    ecological, lacquered

Description

An innovative kitchen model which responds successfully in terms of sensibility, tradition, research and care.
Quality for everyone.
We were looking for solutions and designs with a correct price range. The result is called Penelope, made in HPL laminate 12/10 solid and resistant, but at the same time apparently futuristic and creative ready to be lived. Penelope has three different versions: with handle, with c-channel or with aluminum profile with a huge number of finishing and colours.

Contemporary kitchen / laminate / wooden / island BELLA

Contemporary kitchen / laminate / wooden / island BELLA Aran

Characteristics

  • Style:

    contemporary

  • Material…:

    laminate, wooden

  • Configuration:

    island

  • Other characteristics:

    ecological, lacquered

Description

Textures of wood enhance simple and essential lines giving the surface absolute naturalness of unique flair and artisan craftsmanship.
Light effects give warmth of yesteryear but absolutely contemporary. Enjoying the kitchen Bella at 360° reflects your personality and style with the possibility to personalize your living space with open elements perfectly in harmony with the kitchen.
It is the magic of the beautiful wood essences selected for Bella, the result of expressions of emotion for surfaces with unique chromatic and tactile effects.

Technology, innovation and design are expressed through the 28 mm thick door, in laminate with register pore finish, or
in matt, glossy and metallescent lacquer.

Newly Discovered Molecular ‘Glue’ May hold the Key to Strong Wooden Skyscrapers

Newly Discovered Molecular ‘Glue’ May hold the Key to Strong Wooden Skyscrapers, HAUT, a proposed 240-foot timber-framed tower to be built in Amsterdam. Image Courtesy of Team V Architectuur
HAUT, a proposed 240-foot timber-framed tower to be built in Amsterdam. Image Courtesy of Team V Architectuur
 

The key to engineering wood strong enough to support skyscrapers may lie in the interaction between molecules 10,000 times narrower than the width of a human hair.

A new study by researchers at the Universities of Warwick and Cambridge has solved a long-held mystery of how key polymers in plant cells bind to form strong, indigestible materials such as wood and straw. By recreating this ‘glue’ in a lab, engineers may be able to produce new wood-based materials that surpass current strength capabilities.

The discovery lies in the bond between the Earth’s two most common polymers, cellulose and xylan, both of which are found in the cell walls of wood. For some time, scientists have pondered how xylan, a long, winding polymer coated in ‘decorations’ of sugar and other molecules, could adhere to the thicker, rod-like cellulose molecules.

“We knew the answer must be elegant and simple,” explained research lead Professor Paul Dupree from the Department of Biochemistry at the University of Cambridge. “And in fact, it was. What we found was that cellulose induces xylan to untwist itself and straighten out, allowing it to attach itself to the cellulose molecule. It then acts as a kind of ‘glue’ that can protect cellulose or bind the molecules together, making very strong structures.”

The scientists believe this understand may have a dramatic effect on wood-related industries such as paper and biofuel production by greatly reducing the amount of energy required for their processes to occur, as well as allow for innovation that could create stronger engineered-wood materials.

With timber-framed skyscrapers already appearing around the world, these new materials could potentially solidify wood as the standard for tall building construction for years to come.

Learn more about the discovery, here.

News via Phys.org.  

Recycled rubber floor covering / for professional use / polished / stone look REZTEC

Recycled rubber floor covering / for professional use / polished / stone look REZTEC EXPANKO Cork Co. Inc.

Characteristics

  • Material:

    recycled rubber

  • Market:

    for professional use

  • Finish:

    polished

  • Appearance:

    stone look

  • Options:

    FloorScore®-certified, low-VOC, non-slip, antibacterial

Description

Reztec recycled rubber flooring is a unique blend of pre-consumer and post-consumer waste rubber. The combination of these materials creates a beautiful yet durable and easy to maintain floor that is FloorScore Certified. Choose from a wide range of colors and patterns to coordinate with any design element.

Available Thicknesses: 4mm, 6mm, 8mm and 9.5mm
Available Dimensions: 48″ wide rolls or 24″x24″ tiles
Custom cuts and colors are available.

Benefits:
FloorScore® Certified
SCS Certified-Recycled Content
Environmentally friendly/Contributes toward LEED credit
Multiple formats for maximum creativity
Extremely durable
Naturally resilient
Quiet
Contains naturally occurring inhibitors that resist the growth of bacteria, fungus and mold
Exceeds industry standards for fire and slip resistance

Website Powered by WordPress.com.

Up ↑

%d bloggers like this: