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  3. 16 Materials Every Architect Needs to Know (And Where to Learn About Them)

16 Materials Every Architect Needs to Know (And Where to Learn About Them)

16 Materials Every Architect Needs to Know (And Where to Learn About Them)
16 Materials Every Architect Needs to Know (And Where to Learn About Them)

A building’s materiality is what our bodies make direct contact with; the cold metal handle, the warm wooden wall, and the hard glass window would all create an entirely different atmosphere if they were, say, a hard glass handle, a cold metal wall and a warm wooden window (which with KTH’s new translucent wood, is not as absurd as it might sound). Materiality is of just as much importance as form, function and location—or rather, inseparable from all three.

Here we’ve compiled a selection of 16 materials that should be part of the design vocabulary of all architects, ranging from the very familiar (such as concrete and steel) to materials which may be unknown for some of our readers, as well as links to comprehensive resources to learn more about many of them.

<a href='http://www.archdaily.com/799062/studio-ossidiana-translates-elements-of-persian-gardens-into-lively-materials-exhibition'>"Petrified Carpets,"</a> an exhibit by Studio Ossidiana at the 2016 Dutch Design Festival. Image © Kyoungtae Kim
"Petrified Carpets," an exhibit by Studio Ossidiana at the 2016 Dutch Design Festival. Image © Kyoungtae Kim

1. Concrete

Concrete is the most widely used building material in the world, making it a good starting material to get to know. However it also has significant environmental impacts, including a carbon footprint of up to 5% of worldwide emissions. To get to know all about designing with concrete, the Concrete Center has a collection of useful reports, many of which are free with registration.

<a href='https://www.kth.se/en/forskning/artiklar/kth-forskare-har-uppfunnit-genomskinligt-tra-1.638511'>Translucent wood</a> developed by KTH Royal Institute of Technology in Stockholm. Image © Peter Larsson/KTH
Translucent wood developed by KTH Royal Institute of Technology in Stockholm. Image © Peter Larsson/KTH

2. Wood

One of the oldest, most traditional building materials around the world is of course timber. The material is beginning to take on new forms thanks to engineered wood products, and with high-rise buildings and even translucent properties, this diverse material is being taken to new heights. reThink Wood has a great collection of resources to learn about, and help architects design with, wood.

A 3D-printed steel structural connecter created using a method <a href='http://www.archdaily.com/514003/arup-develops-3d-printing-technique-for-structural-steel'>developed by Arup</a>. Image © David de Jong
A 3D-printed steel structural connecter created using a method developed by Arup. Image © David de Jong

3. Steel

The city skylines as we know them exploded out of our discovery of steel, commonly used for reinforcement but serving as a beautiful skin in several examples. The wiki SteelConstruction.info offers everything you could possibly need to know about designing with steel.

A bench developed by Terreform ONE and Genspace <a href='http://www.archdaily.com/779655/terreform-ones-biological-benches-question-traditional-manufacturing-methods'>created using bioplastics</a>. Image © Terreform ONE
A bench developed by Terreform ONE and Genspace created using bioplastics. Image © Terreform ONE

4. Plastic

Although this may seem like a cheap, unsustainable material to some, one should not be so quick to judge the possibilities that plastic holds. We produce so much of it; why not recycle it in the form of architecture or bioplastics? What about the whole new world that comes with 3D printing? The American Chemistry Council has a great overview of plastics as a material, as well as a rundown of their major uses in architecture, with links to further resources for each.

<a href=''>Stone staircase developed by Webb Yates Engineers and The Stonemasonry Company</a> for a residential design by RAL Architects. Image © Agnese Sanvito
Stone staircase developed by Webb Yates Engineers and The Stonemasonry Company for a residential design by RAL Architects. Image © Agnese Sanvito

5. Stone

Another material used over generations in certain geographical locations around the world, stone has a wide diversity of textures, colours and strengths. Despite its heavy, solid materiality, one can still work with it to achieve diverse forms. The Building Stone Institute has a variety of resources including fact sheets and specification sheets for many of the most common types of stone used in construction.

<a href='http://www.archdaily.com/777057/architects-team-up-with-khmer-women-to-build-a-community-centre-with-fabric-and-concrete'>Community Center in Cambodia by Orkidstudio and StructureMode</a>. Image Courtesy of Orkidstudio
Community Center in Cambodia by Orkidstudio and StructureMode. Image Courtesy of Orkidstudio

6. Textiles

Textiles have been explored most commonly using tensile structures, however there’s a whole range of opportunities using this material: load-bearing chairs, inflatable spaces, fabric casting and wooden fabrics amongst others. Fabric Architecture Magazine has a collection of technical articles for architects, while their resource guide provides a comprehensive overview of the products on the market in this category.

<a href='http://www.archdaily.com/798817/herzog-and-de-meurons-elbphilharmonie-in-hamburg-photographed-by-iwan-baan'>Elbphilharmonie in Hamburg by Herzog & de Meuron</a>. Image © Maxin Schulz
Elbphilharmonie in Hamburg by Herzog & de Meuron. Image © Maxin Schulz

7. Glass

Our most used material to achieve transparency and light is without a doubt glass, one of the most commonly used façade elements in contemporary architecture. Some are taking it a step further, attempting to extend its properties to create "intelligent" responsive glass. The PPG Glass Education Center is a great place to learn more.

<a href='http://www.archdaily.com/794947/young-architects-design-and-build-irans-first-free-form-brick-structure'>"FaBRICKate" structure in Iran</a> by ADAPt. Image Courtesy of ADAPt
"FaBRICKate" structure in Iran by ADAPt. Image Courtesy of ADAPt

8. Brick

Despite its rigid, rectangular shape made to fit in your hand, brick architecture has been shown to create beautiful structures with the right craftsmanship. Innovative thinkers are also finding new ways to incorporate active sustainability into the small building elements. The Brick Development Association has a collection of resources for learning more about brick.

<a href='http://www.dupont.com/'>DuPont's Kevlar</a>. Image via DuPont.com
DuPont's Kevlar. Image via DuPont.com

9. Kevlar

A material stronger than metal body armor, with awesome tensile strength, Kevlar is certainly an asset when building large structures. With a less rigid composition than steel however, it could reform the way we think of large load-bearing structures. As a still-relatively-new material, there are few comprehensive information sources on Kevlar's architectural applications, but this article and this snippet of the book Material Architecture by John Fernandez are good places to start.

<a href='http://www.archdaily.com/81585/the-green-school-pt-bambu'>The Green School by PT Bambu</a>. Image Courtesy of PT Bambu
The Green School by PT Bambu. Image Courtesy of PT Bambu

10. Bamboo

Bamboo usage is generally dictated by the geographical location of the architectural project. In locations where bamboo makes sense, it is an incredibly flexible, strong, sustainable material that can be useful in many ways.

<a href='http://www.archdaily.com/415816/p-a-t-t-e-r-n-s-latest-expressive-experimental-pavilion-textile-room'>Textile Room</a> by P-A-T-T-E-R-N-S. Image © Monica Nouwens
Textile Room by P-A-T-T-E-R-N-S. Image © Monica Nouwens

11. Carbon Fiber

Reflecting everything about our new material endeavors is carbon fiber: "five times stronger than steel, twice as stiff, weighing significantly less." The composition of carbon fibre makes it flexible to work with, allowing it to take shapes from surfaces to rods, depending on your requirements.

<a href='http://www.archdaily.com/773657/researchers-increase-the-power-of-solar-energy-through-the-ancient-japanese-art-of-kirigami'>"Kirigami"-inspired solar panels developed at the University of Michigan</a>. Image via Inhabitat
"Kirigami"-inspired solar panels developed at the University of Michigan. Image via Inhabitat

12. Photovoltaic cells

With all the high-rises soaring high above the earth, it’s a wonder photovoltaic facades haven’t become a norm. Due to the evolution of photovoltaic technology, cells may no longer have to be locked in place on the roof. The International Energy Agency's design handbook for photovoltaics in buildings is available for free online.

Image from the <a href='http://www.archdaily.com/224090/mud-structure-architecture-for-humanity-tehran-rai-studio'>Mud Structure project by Architecture for Humanity Tehran - Rai Studio</a>. Image © Mahsa Masoudi
Image from the Mud Structure project by Architecture for Humanity Tehran - Rai Studio. Image © Mahsa Masoudi

13. Earth

Earth is among the oldest building materials we can think of due to its almost universal accessibility and relative ease of use at small scales. It’s capable of being compressed into modules, as well as creating freeform surfaces, all of which can eventually return to the earth with ease.

via Al Jazeera English
via Al Jazeera English

14. Waste

We produce a huge amount of waste covering a huge range of materials, but getting to know your waste is an excellent idea for future architects. Whether it’s converting cigarette butts into building material or plastic bottles to earthquake resistant walls, recycling is something to be admired.

<a href='http://www.archdaily.com/150293/no99-straw-theatre-salto-ab'>NO99 Straw Theatre / Salto AB</a>. Image Courtesy of Karli Luik
NO99 Straw Theatre / Salto AB. Image Courtesy of Karli Luik

15. Straw

Creating a passive thermal environment, shielding from rain and blending into similar natural surroundings are just a few things that straw is good at. It’s no wonder thatched roofs were so popular in the past.

Image from<a href='http://www.archdaily.com/796769/neri-oxman-plus-mediated-matter-create-synthetic-apiaries-to-combat-honeybee-colony-loss'>Neri Oxman and the Mediated Matter group's Synthetic Apiary project</a>. Image Courtesy of The Mediated Matter Group
Image fromNeri Oxman and the Mediated Matter group's Synthetic Apiary project. Image Courtesy of The Mediated Matter Group

16. Organic materials

With the massive loss of habitats happening around the world, getting to know organic structures created by animals is something that’s best to do sooner rather than later. Not only can we learn from their use of materials, it also opens up opportunities for us to coexist through incorporating their organic materials into our architecture.

As with all materials, accessibility and cost plays a huge role. There are sure to be materials not on the list that would be the obvious option in certain parts of the world, so be sure to get to know the materials around you in addition to these and you’ll be sure to have a complete resource.

Finally, if you're looking for a resource to specify products for a project, why not try ArchDaily's Product Catalog?

Cite: Ariana Zilliacus. "16 Materials Every Architect Needs to Know (And Where to Learn About Them)" 14 Jan 2017. ArchDaily. Accessed . <http://www.archdaily.com/801545/16-materials-every-architect-needs-to-know-and-where-to-learn-about-them/>
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每个建筑师都需要知道的16种材料(以及在哪里了解他们)