Just imagine: maybe a thousand years from now, all our buildings will have incredible technology that allows them to adapt to environmental conditions using almost no energy.
tracheolis is a genius. I've been wondering about a project like this and how we wouldn't have to lift a finger for our own homes to self-ventilate. It's an amazing concept that I love so much.
This is a fantastic concept to be coupled with photovoltaics. Ecxess heat from the cells can be absorbed by the structure on which they're mounted, causing it to change its shape, thus rearranging the cells, thus sustaining optimal incidental angle of the cells to sunlight across the arc of the sun.
In all the examples it lets in more light the hotter it gets. That's the opposite purpose of shading. Makes more sense for ventilation and pretty sculptures. It must sound incredible in that structure when all those pieces are expanding.
I see this as an outer layer... just a breathable skin. You have common walls behind, but walls collect and release moisture from rain and ambient humidity. also, you can have regular windows behind, or skylights, that can be opened from the inside when desired and letting air in and out. I'm just randomly thinking here, but I think the concept is really good and design-wise, very evolved.
Alternatively imagine reverse engineering Tracheolis to close instead. This would be great for fire stricken areas as the Petals would cause an armadillo effect by encapsulating the Building as a form of protection.
It's exactly what leaves do when it's too hot out and there's not a lot of water. They curl inwards so they don't absorb as much sun and use more of their water.
Well, this is a very interesting project, but I have few questions. Firstly, since these are thermal bi-metals which are sensitive and are good conductors of heat, so how effective are these metals films are in thermal insulation. For instance, the situation where the temperature is not hot as the metal sheet tends to curl, and what would the temperature difference from being under this installation to outside the surface. Having being said that these metals do radiate heat so how comfortable is it staying under this breathing/shading device or in a enclosure made out of this materials?
+Jesse VK Nedunuri , i got the same question in my mind !, if only the property of the of the metal that reflects heat could change to trapping it down ?!?
Thermal comfort is thrown out of the window completely. Thermal bridges are going to elevate the temperature of the interior space unless you encapsulate in a double pane window the dynamic metallic skin. Otherwise the heat will be intolerable.
interesting idea she work with same idea that jean nouvel use it in institut du monde arabe paris where he use what we call it in french mocharabia its arabic system used in past for comfort where he made amazing system where he control the day lighting my question when she said trying to prduce window systemand she spoke about the heat game said that these metals do radiate heat so how comfortable is it staying under this breathing/shading device or in a enclosure made out of this materials?
Conducting heat within a given material is different to exchanging heat between materials, so its probably very likely that a third material that remains static in shape and is built at a geometry that allows it give off heat to moving air as fast as it can absorb it (any number of metals that can be formed at one terminus into increasing surface are with the necessary incidental angles to a passing fluid medium-air) can be coupled with it, since its effectlively opening hundreds of valves, it can filter light whilst manipulating a heat removing convection current through itself. But I think it would have to contained within some kind of cavity.
Unless this material is a very poor radiator and thus reflects solar radiation very well, it will only be beneficial in rather specific situations. If the motion is regulated by air temperature it could be effective, but if the bimetal activates whenever the sun shines enough to sufficiently elevate the material's temperature, it could activate prematurely, well before the interior of such a structure would desire ventilation. This could perhaps be better applied to the north side of buildings with thermally absorbent south sides. With less thermal mass than most urban surfaces, this could likely lower the amount of night time "heat island radiation," but seems likely to increase heat transfer from solar radiation to air in the day. Further explanation of how this could be applied to actually decrease air conditioning would be interesting. It looks cool, but I'm skeptical of its actual functionality.
cool advancement but needs to be applied more practically I think a lot of what is shown in the video is based more off of aesthetics than function although this could definitely evolve into something useful and efficient.
Possibly it may apply for ventilation. When heated, metal curls open up to allow Air to enter and to circulate. When it is cold outside, metal curls will close to maintain the heat inside.
Exactly. It's more to looks and fanciness. I'm not sure about the practicality and maintenance cost. What more about different climate in different environment.
I like the idea, but what really scares me is the sound, when a whole breathing building will expand. I think many "bricks will be shat" in attempts to get used to this ююююююфе nights specially
if the idea is to replicate the human body in architecture, why not look at the way the skin regulates it's temperature: sweating. I imagine a gravity fed water feature system, working similar to a men's urinal, acting as a waterfall on sun-facing sides of a building. this could cool the windows and potentially save on window cleaning costs. perhaps it could also be used to tell the time, or piece of artistic design. something similar to this Japanese waterfall art: watch?v=gusJeslMbLc
Interesting but I don't think metal is ideal for lining the outside of structures. More reflected heat in cities, hard to look at, conductive properties etc. Should just have "hinges" of the metal with something photovoltaic between.
I think she was referring to the angle the metal would deflect after being exposed to heat. like during early morning it would bend at 75 degrees, then at noon it would totally curl to about 400 degrees.
I believe that it would be more accurate if it were called "living art" rather than "living architecture" since it is giving a message and not a solution for building houses. Great project tho!
Just imagine: maybe a thousand years from now, all our buildings will have incredible technology that allows them to adapt to environmental conditions using almost no energy.
Cat From The Future hopefully we live till that day to see it with our own eyes
I am absolutely here for solarpunk futurism
I'm sure the robots will enjoy it.
1000 yrs earth will be gone🤣🤣
tracheolis is a genius. I've been wondering about a project like this and how we wouldn't have to lift a finger for our own homes to self-ventilate. It's an amazing concept that I love so much.
This is a fantastic concept to be coupled with photovoltaics. Ecxess heat from the cells can be absorbed by the structure on which they're mounted, causing it to change its shape, thus rearranging the cells, thus sustaining optimal incidental angle of the cells to sunlight across the arc of the sun.
!!!!!! agreed
Now this is something remarkably original! Congrats to the Architects team!!! I am amazed with the concept!
This should be known to everyone. This is the future!
I know the architect irl and shes really smart and her work is VERY interesting
In all the examples it lets in more light the hotter it gets. That's the opposite purpose of shading. Makes more sense for ventilation and pretty sculptures. It must sound incredible in that structure when all those pieces are expanding.
I see this as an outer layer... just a breathable skin. You have common walls behind, but walls collect and release moisture from rain and ambient humidity. also, you can have regular windows behind, or skylights, that can be opened from the inside when desired and letting air in and out. I'm just randomly thinking here, but I think the concept is really good and design-wise, very evolved.
I find Doris Sung's architecture inspired and inspiring.
Alternatively imagine reverse engineering Tracheolis to close instead. This would be great for fire stricken areas as the Petals would cause an armadillo effect by encapsulating the Building as a form of protection.
wow this is such a good!!
Is it just me or the movements of these metals look like something plants would do in nature?
YEEEES
It's exactly what leaves do when it's too hot out and there's not a lot of water. They curl inwards so they don't absorb as much sun and use more of their water.
Check out pamphlet architecture 27: tooling by Aranda and Losch
Yup, only the mechanics differ, in the sense that the movement of plants is actuated hydraulically.
Biomimicry
Thank you much Ms. Doris Sung
This is what is the future of Architecture. And I am HOOKED to it :D
Omg, last night i was thinking about the idea of the buildings that breath!
This video made my day 👌🏽♥️
Buildings That Breathe: Watch our new video about Doris Sung's living architecture
The Creators Project
This is fascinating technology. But it seems that there is always gaps where air can get in even when its "closed". How would this work in the winter?
Well, this is a very interesting project, but I have few questions. Firstly, since these are thermal bi-metals which are sensitive and are good conductors of heat, so how effective are these metals films are in thermal insulation. For instance, the situation where the temperature is not hot as the metal sheet tends to curl, and what would the temperature difference from being under this installation to outside the surface.
Having being said that these metals do radiate heat so how comfortable is it staying under this breathing/shading device or in a enclosure made out of this materials?
+Jesse VK Nedunuri , i got the same question in my mind !, if only the property of the of the metal that reflects heat could change to trapping it down ?!?
Thermal comfort is thrown out of the window completely. Thermal bridges are going to elevate the temperature of the interior space unless you encapsulate in a double pane window the dynamic metallic skin. Otherwise the heat will be intolerable.
interesting idea she work with same idea that jean nouvel use it in institut du monde arabe paris where he use what we call it in french mocharabia its arabic system used in past for comfort where he made amazing system where he control the day lighting
my question when she said trying to prduce window systemand she spoke about the heat game said that these metals do radiate heat so how comfortable is it staying under this breathing/shading device or in a enclosure made out of this materials?
what's this metal called?
Conducting heat within a given material is different to exchanging heat between materials, so its probably very likely that a third material that remains static in shape and is built at a geometry that allows it give off heat to moving air as fast as it can absorb it (any number of metals that can be formed at one terminus into increasing surface are with the necessary incidental angles to a passing fluid medium-air) can be coupled with it, since its effectlively opening hundreds of valves, it can filter light whilst manipulating a heat removing convection current through itself. But I think it would have to contained within some kind of cavity.
A new way of study to look on architecture of today.
This is exceptionally awesome.
There are just geniuses out there.
Thank u all very much
I fully agree with this statement.
Wonderful! We love it
Uau! Inacreditável, lindo!
I think this is a great idea that should be worked on until it's useful because a lot of great things can happen with this idea
I just get too excited with this! Keep it up...
Mind blowing stuff!
holy sh*t that's genius that works like thermostat
oh man this is soo cool. more stuff like this pllzzz
Genius!
Great work!
Wouldn't the use of that much metal in facades produce really harmful glare effects ?
Wonder how would they clean it up and what's the maintenance cost? Looks fancy but hmm..
Unless this material is a very poor radiator and thus reflects solar radiation very well, it will only be beneficial in rather specific situations. If the motion is regulated by air temperature it could be effective, but if the bimetal activates whenever the sun shines enough to sufficiently elevate the material's temperature, it could activate prematurely, well before the interior of such a structure would desire ventilation. This could perhaps be better applied to the north side of buildings with thermally absorbent south sides. With less thermal mass than most urban surfaces, this could likely lower the amount of night time "heat island radiation," but seems likely to increase heat transfer from solar radiation to air in the day. Further explanation of how this could be applied to actually decrease air conditioning would be interesting. It looks cool, but I'm skeptical of its actual functionality.
this is amazing!
Awesome.
Architect !❤
Awesome!
I can't imagine trying to clean one of these projects. Unless sealed from the elements, it will need cleaning. Great ideas. Thank you.
Same. My mind is wondering about cleaning and maintenance job the moment I see this video.
How about the source and production of those metal sheets, is it sustainable and doesn't add to carbon footprints?
amazing
For which climate is it viable ?
My students want to know how we can get one installed in our school!!!!
cool advancement but needs to be applied more practically I think a lot of what is shown in the video is based more off of aesthetics than function although this could definitely evolve into something useful and efficient.
Possibly it may apply for ventilation. When heated, metal curls open up to allow Air to enter and to circulate. When it is cold outside, metal curls will close to maintain the heat inside.
Exactly. It's more to looks and fanciness. I'm not sure about the practicality and maintenance cost. What more about different climate in different environment.
How to find this material ?? Metal or what is that
It is a nice idea and seems to be practical too
i wanna work there
it's really nice
wow, that's awsome
thanks, lady
Cool 👍👍
what software was she using?
Plugin Grasshopper of Rhino :D
beauty
Where can i buy this by the sheets
Yes but does it close up at night
yes
I like the idea, but what really scares me is the sound, when a whole breathing building will expand.
I think many "bricks will be shat" in attempts to get used to this ююююююфе nights specially
so damn cool
Could it hurt animals though?
As much as I love the idea, the use of metals is kinda putting me off. I love the idea, just wish the material could be different is all.
What would be better? Plastic? At the moment metal is just the best material for the job: strong yet malleable.
@@jackreid2664 Yes, but the processing of metal also has a carbon cost.
I think I just saw the future
if the idea is to replicate the human body in architecture, why not look at the way the skin regulates it's temperature: sweating.
I imagine a gravity fed water feature system, working similar to a men's urinal, acting as a waterfall on sun-facing sides of a building.
this could cool the windows and potentially save on window cleaning costs.
perhaps it could also be used to tell the time, or piece of artistic design.
something similar to this Japanese waterfall art:
watch?v=gusJeslMbLc
Super
At least you can make lovely colanders with this.
What is program at 2:55? Thanks
rhino. plugin - grasshopper
HOW MUCH IS IT?
what's this metal called?
Did you find that please when can i buy ?
Interesting but I don't think metal is ideal for lining the outside of structures. More reflected heat in cities, hard to look at, conductive properties etc. Should just have "hinges" of the metal with something photovoltaic between.
bouta use this idea and impress my teacher
saaaammmeeee
Plagiarism moment
i hope this lady is payed handsomely
U told, metal starts curling at 70degree to about 400degree ?
Our earth do not that temperature
I think she was referring to the angle the metal would deflect after being exposed to heat. like during early morning it would bend at 75 degrees, then at noon it would totally curl to about 400 degrees.
Super!
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WOW
sweet
i want them windows...
I believe that it would be more accurate if it were called "living art" rather than "living architecture" since it is giving a message and not a solution for building houses. Great project tho!
very goog!
❤
Why do I
feel that we are asmth of the universe.
🚀🚀
Отлично
fatigue?
00:24
Because windows are too mainstream
I love iqbaaĺ
holy shit???
This lady eats shrooms
That's like a skin on a human
Clickbait. It doesn't actually live it just looks like it a bit
Meh
Why the fuck this woman hasn't won a prietz?
Ew ew ew that's weird
❤