Dumping tires and other waste into concrete bedrocks might be a good idea by itself. But what happens after 20 years, when the building is already worn and has to be pulled down?
1:38 "When concrete dries" ????? Concrete does not dry. The water combines with cement in an exothermic reaction. The final strength of the concrete is determined by the water cement ratio. That's the amount of water used in the mix. FUN FACT : The Hoover Dam, built in the 1930s, is still being cooled to take away the heat generated by the continuing reaction of the concrete hardening.
Your "Fun fact" isn't accurate. _"The Hoover Dam concrete _*_would cure in 125 years by conventional or natural methods._*_ Crews, however, used some innovative engineering methods to hasten the process._ _Nearly 600 miles of steel pipes woven through the concrete blocks significantly reduced the chemical heat from the setting for the concrete. Crews relied on 1,000-pound blocks of ice produced daily at the site’s ammonia-refrigeration plant._ _The pipes that were used to cool the large blocks were later filled with concrete for additional strength"_
Well, as long as the reinforcement rebars are not pre-tensioned, you're kinda good. It's not gonna blow up like tensioned rebars. Yes, you'll lose on structural strength, but so does any other material you cut a window in.
In The Netherlands most houses are rowhouses. They are typically constructed with reinforced concrete, but only for the side walls and floors. The front, back and internal walls are mostly from aerated concrete (which is very light weight) or even just wood.
@@vegan-rising because in life things change. For example, you may want to Improve Natural Light and Ventilation, Enhance Views, Optimize Space, Increase Energy Efficiency, Modernize the Design, Improve Accessibility, Meet New Building Regulations or you may simply have Personal Preferences; and it might be easier doing that than buying a new house.
Concrete Doesn't Dry It Sets, Hard Enough To Walk On Within 24 To 48 Hours Depending On Location. It Will Fully Set In About A Month However, It Can Cure For Years. Thank You.
The Roman's had concrete forms , and concrete that would set under water. Tyres and straw bales with concrete poured over has been used since at least the 1970's. The Victorian farmer would use old bottles under floors to create insulation.
At 3.01 mins, this flooring is and looks a fantastic idea to keep homes warm underfoot, I wonder if you can use it for interior walls after brick work completed?
After all, if “construction workers can’t believe these techniques work” a bit of measurable and confirmed data would help us laypeople. For example: How “long lasting” and how resilient? What’s the reasonable cost for materials and labor? What are the pros and cons? Thanks . . . very interesting!
Depends what though? Definitely nothing massive like a city building complex. I this stuff might be okay for small home shelters or lighter applications.
In a small town south of Pittsburgh called donora there is what is called the concrete city houses built of solid concrete 1 ft thick walls, poured! From what I recall these were built in the twenties or thirty's! 1 ft thick walls of concrete I believe does not need any insulation, just my guess.
I was made to understand that a rubberized tire will not stay buried no matter what. They will work their way to the surface over and over, the rubber will always be gassing out until it crumbles to a dust after decades. The road made of tires is a joke!
A tire? Possibly. But these are essentially the tread rings -- no sidewall. So I'm not so sure the mechanical stresses will cause the same "springing" effect that a tire would be subjected to that would cause it to rise.
They continually resurface, and the rubber within them keeps emitting gases until it eventually crumbles into dust after decades. Roads made from tires seem almost like a joke, don't they? What are your thoughts on replacing tires with other materials to mitigate this issue?
For decades i am watching these amazing new building techniques but I have never seen them to be used in building a run of the mill house. Even if you could build it you will not find department of building and safety which will approve and insurance company which will insure it. It is just an other wet dream.
I absolutely love watching these kinds of videos but let's be honest in 50 to 100 years because of what the materials are made of most of these buildings won't be standing what I find amazing are those who engineered buildings monuments whatever you want to call them but it stood for thousands of years for hundreds of years and unfortunately we just have not created anything like that in a very long time
Funny, in Germany houses have been built with insulation panels for decades and here it is sold as "new technology for energy reduction and heat storage"
0:55 Reinforced concrete walls are absolute no go for building a house, we know it since the 1960´s & 1970´s after using prefabs to build huge housing complexes 🤦♂
Beton und Kunststoffe mischen ist nur noch Sondermüll, fast unmöglich dies zu recyeln. Alles wird irgendwann mal abgerissen und wenn es über 100 Jahre dauert.
concrete has a average R-value of .08/inch, brick .2/inch, fiberglass insulation 3.7/inch say you needed a R-20 value for a wall you would just divide the total number 20 by the r-value/inch of material to see how many inches you would need to meet the requirements 20/3.7 (fiberglass)= 5.4 inches of material, but i'd just go 6 inches for added protection of 22.2
When i think of American builders, i always think about the story of the three pigs; one builds his house out of straw, one out of wood and one out of bricks. Seeing this makes me realise that just now Americans think about making houses of concrete. I always laugh so hard when i hear on the news that a city is destroyed by a hurricane. People in Hurricane alley still build their house with straw
Brick is more expensive and way more labor intensive than wood in the US (unlike many countries, the US and Canada have not depleted their forests). It's a lot cheaper to build wooden houses and rebuild every 100 to 150 years than build brick houses and rebuild every 200 to 300 years. Plus, wooden houses are easily modified and upgraded as technology changes while brick houses aren't.
@@eliwhite5548 In fact America has more forested land than a hundred years ago. (Of course most old growth trees are gone) We have so many tree farms that we more than meet all of the building needs in the US.
@@eliwhite5548 I was more talking about pouring concrete, instead of using bricks. And I was only half joking. People do things differently, to get the same result. If you look at some of the medium sized buildings in London (still multi-stories high) we still use bricks, where in America they seem to use steal rods and poured concrete. Neither I guess has a better result than the other. It was just an observation. In the UK, we very rarely pour concrete for the outer walls of a building.
Snappy music and quick-cut vids are not particularly informative. As a former concrete lab technician And construction inspector and degreed chemist, I would have appreciated a more detailed explanation of what was shown.
I designed and non mortar flexible concrete panels better than that initial scene. Flexacrete. 15 years ago. You can service( remove/ replace as needed and no metal reinforcement react) because erosion is a life problem and will always need servicing. The poly filled cement in the video design will be cost prohibitive as it it permanent in place. ( Louisiana hurricane levee protection)
Not that anyone would read that or this but I'm not trying to insult or anything I am not inclined nor intelligent enough to be able to build something I just see the direct disconnect of the beauty that we used to build and what we've got now and you just don't get to see that beauty anymore look at the cars I mean yeah they look cool but there's just something off about the art of our day and age
The carbon footprint of cast-in-place concrete most likely doesn't add up. I don't care so much for 3D printing for the same reason, but at least you can use less material and rebar if you're creative with the design.
Half this stuff will only be used in places like China, because they won't let you use such ridiculously flammable material for insulation in the West.
![Lp. Сердце Вселенной #60 РОЖДЕНИЕ ЛОЛОЛОШКИ [Финал] • Майнкрафт](http://i.ytimg.com/vi/YoR0pAV9FVQ/mqdefault.jpg)
I'll tell you who else can't believe it: licensed civil engineers responsible for designing infrastructure.
I grew up in a 1950's cinder block construction home. You don't have to worry as much about heating/cooling costs.
Dumping tires and other waste into concrete bedrocks might be a good idea by itself. But what happens after 20 years, when the building is already worn and has to be pulled down?
I guess plumbing in these new wall forms is out of the question
Was wondering that same thing myself....WHERE are water and drain lines going to be run up to any second-floor bathroom ?!?!
You can, but pre-pluming only
Not really, you can put thepipes for wires and water into the concrete in advance, just like other methods where you use wood for creating the walls
@@JimmyTheGreek2000 ?
frame the interior of the concrete and do your plumbing that way. You'd obviously need holes in the floor for your plumbing.
Steel reinforced concrete...Steel reinforced concrete...Steel reinforced concrete...Steel reinforced concrete...Steel reinforced concrete...Steel reinforced concrete...Steel reinforced concrete...
Oh yes, where is some improvement and ingenuity?:D maybe before 50years..
So what are you saying 👍
#1 In my book, the rest of this mess is nonsense.
There's bridges crumbling all over the country built of rusty steel reinforced concrete.
So basically your saying there’s no bar like US. Rebar
As long as you getting people to build the same stuff the same way you going to get the same results this is how it should be done❤❤❤
Fantastically said.
Concrete house needs to be insulated well. Really cold in the winter and unbearably hot and muggy at night in the summer.
Perhaps a hemp slurry stucco type finish... But things are definitely zeroing in on an excellent structure for hurricane alleys...
Still better than toothpicks.
@@Plutogalaxy Not what I was saying. Did I say a concrete house can change the climate? No.
Yes, so why not use ICF and leave an insulating form behind?
😂 Really?
Супер классные технологии американцев. Браво!
@Russkiy_Dobryj ты супер дурак.использование покрышек в дороге это распил бабла и попытка избавится от старой резины.закопали,типа утилизировали.
Lots of great innovations.
''Great 👍👍👍👍
1:38 "When concrete dries" ?????
Concrete does not dry. The water combines with cement in an exothermic reaction. The final strength of the concrete is determined by the water cement ratio. That's the amount of water used in the mix.
FUN FACT : The Hoover Dam, built in the 1930s, is still being cooled to take away the heat generated by the continuing reaction of the concrete hardening.
Your "Fun fact" isn't accurate.
_"The Hoover Dam concrete _*_would cure in 125 years by conventional or natural methods._*_ Crews, however, used some innovative engineering methods to hasten the process._
_Nearly 600 miles of steel pipes woven through the concrete blocks significantly reduced the chemical heat from the setting for the concrete. Crews relied on 1,000-pound blocks of ice produced daily at the site’s ammonia-refrigeration plant._
_The pipes that were used to cool the large blocks were later filled with concrete for additional strength"_
@@jacqdanieles Ah! Shows how far behind the times I am. Thanks for the update.
I got a concrete you know what….👃🏼
Concrete cures forever changes everyday
@@jerrytaliercio9087 Be careful! Staining can spoil the aesthetics of it and worse still, it'll crack and break off if you stress it.
Not going to lie.. I always had a thing for them old concrete house.. full concrete. So cool.
Reinforced concrete homes is a great idea, until one day when you want to want to change window sizes and positions...
Well, as long as the reinforcement rebars are not pre-tensioned, you're kinda good. It's not gonna blow up like tensioned rebars. Yes, you'll lose on structural strength, but so does any other material you cut a window in.
@@yutoobe123 You're missing the point. Have you ever tried to cut through reinforced concrete?
In The Netherlands most houses are rowhouses. They are typically constructed with reinforced concrete, but only for the side walls and floors. The front, back and internal walls are mostly from aerated concrete (which is very light weight) or even just wood.
why would you want to do that?
@@vegan-rising because in life things change. For example, you may want to Improve Natural Light and Ventilation, Enhance Views, Optimize Space, Increase Energy Efficiency, Modernize the Design, Improve Accessibility, Meet New Building Regulations or you may simply have Personal Preferences; and it might be easier doing that than buying a new house.
BISOUS BONJOUR DE LA FRANCE BIENVENUE JAI ADORER JADORE VOS VIDEOS CONTINUER MERCI ET A BIENTOT
Good use of end of life tyres
Love seeing new ideas and tech, especially using those old tire, we have millions of them.
Concrete Doesn't Dry It Sets, Hard Enough To Walk On Within 24 To 48 Hours Depending On Location. It Will Fully Set In About A Month However, It Can Cure For Years. Thank You.
and crack.
@@thewatcher5271 cures
The Roman's had concrete forms , and concrete that would set under water. Tyres and straw bales with concrete poured over has been used since at least the 1970's. The Victorian farmer would use old bottles under floors to create insulation.
Verry verry cool parts with old Tires is amazing ✔✔🙂🙂
Yes
At 3.01 mins, this flooring is and looks a fantastic idea to keep homes warm underfoot, I wonder if you can use it for interior walls after brick work completed?
درودعالی ❤❤
awesome!
After all, if “construction workers can’t believe these techniques work” a bit of measurable and confirmed data would help us laypeople. For example: How “long lasting” and how resilient? What’s the reasonable cost for materials and labor? What are the pros and cons? Thanks . . . very interesting!
Who gives A fuck
Pored concrete needs to be vibrated to eliminate air .
@@arthurtomczak8474 Not all types of concrete though 😉
In New Orleans, they made a concrete that they added air to so water flows through it was pretty cool to watch. I'm not sure if it went anywhere.
これで大丈夫なの？ってのもあるけど、日本にはない発想で興味深い。どこの国も建設業の労働者さんは大変そうですね。本当にありがとうございます。
So what happens in a couple years when the tires have broken down?
Regular concrete roads buckle in heat, pot holes form and breakdown as well.
Thats great, put more plastic in the environment!
Just because you can make something cheap and quick doesn't mean you should
Depends what though? Definitely nothing massive like a city building complex. I this stuff might be okay for small home shelters or lighter applications.
sir this is very good
Concrete always transfers moisture.
Nice video,
Thank you for posting it
Nothing today has anything to do with better or stronger, only cheaper. Cheaper usually ends up costing you down the road.
In a small town south of Pittsburgh called donora there is what is called the concrete city houses built of solid concrete 1 ft thick walls, poured! From what I recall these were built in the twenties or thirty's! 1 ft thick walls of concrete I believe does not need any insulation, just my guess.
Concrete dries? What chemistry did you study?
@@WPF465B I didn’t
Should he be referring to when the "Concrete sets"?
Great Video, thanks for sharing
Kunststoffe und Beton. Schlimmer geht's nicht!
No wonder, that people get ill in such houses! I love my house over 100 years old. No concrete, co plastic, no chemicals....
This looks like some interesting stuff right there!
I was made to understand that a rubberized tire will not stay buried no matter what. They will work their way to the surface over and over, the rubber will always be gassing out until it crumbles to a dust after decades. The road made of tires is a joke!
After decades? I'm ok with that.
A tire? Possibly. But these are essentially the tread rings -- no sidewall. So I'm not so sure the mechanical stresses will cause the same "springing" effect that a tire would be subjected to that would cause it to rise.
You were ill-advised. 😉
They continually resurface, and the rubber within them keeps emitting gases until it eventually crumbles into dust after decades. Roads made from tires seem almost like a joke, don't they? What are your thoughts on replacing tires with other materials to mitigate this issue?
“Gassing out”? You understand that rubber doesn’t do that, right? I mean, if it did, that would make things like tires on cars pointless.
I JUST CAME HERE TO DIG THE GROOVY MUSIC, MAAAAAAAAAAAAN !!!!!!
very good
For decades i am watching these amazing new building techniques but I have never seen them to be used in building a run of the mill house. Even if you could build it you will not find department of building and safety which will approve and insurance company which will insure it. It is just an other wet dream.
I had the same thought. These are one offs. None have made it to everyday construction.
I absolutely love watching these kinds of videos but let's be honest in 50 to 100 years because of what the materials are made of most of these buildings won't be standing what I find amazing are those who engineered buildings monuments whatever you want to call them but it stood for thousands of years for hundreds of years and unfortunately we just have not created anything like that in a very long time
imagine needing a hammer drill and tapcons every time you want to hang a picture
Dis is incredible.
There is a reason why recycled rubber is not used in the football fields anymore.. also nice job recycling this.
the strip foundation form was the only usable product in this lot...
Some of construction method are being practice in Spain.
0:46 Где выпуски арматуры для стен? Стены с плитой никак не связанны. Это не монолит, это блочное строительство.
Supar techniques construction
3.00 what music is that? Anyone know .
Funny, in Germany houses have been built with insulation panels for decades and here it is sold as "new technology for energy reduction and heat storage"
9:56 Вот это технология, трамбовка бетона палкой...
That concrete pouring is not that environment friendly. Understadibly quick to build a house but there are better methods
0:55 Reinforced concrete walls are absolute no go for building a house, we know it since the 1960´s & 1970´s after using prefabs to build huge housing complexes 🤦♂
MacGyver Bypass
wow
Always wanted pure concrete house with a lot armature for my worst enemy to live in. Faraday cage and ionic problem I don't want even to mention...
What is door-able ?
No mouse is getting through that! Nice!
polystyrene house burn down quicly!
@notme1345 You must look at 2:45 and explain to me how they pour concrete on all that polystyrene.
cool
bummer - i thought i was going a really big tire toss after gathering silage
The deadliest thing you can do with a concrete pump is double ended hose. What a way to end the video
Only innovation that should be considered are hemp blocks.
So... Everything is Lego now.
in the future we will be building with lego sets. who had that one on their bingo card?
OMG if you think some is new tech you need to open your eyes to the rest of the world
Beton und Kunststoffe mischen ist nur noch Sondermüll, fast unmöglich dies zu recyeln. Alles wird irgendwann mal abgerissen und wenn es über 100 Jahre dauert.
and then the tire deteriorates and the water start to take all the chemicals, so it is an idea but only where it never rain.
concrete has a average R-value of .08/inch, brick .2/inch, fiberglass insulation 3.7/inch say you needed a R-20 value for a wall you would just divide the total number 20 by the r-value/inch of material to see how many inches you would need to meet the requirements 20/3.7 (fiberglass)= 5.4 inches of material, but i'd just go 6 inches for added protection of 22.2
When i think of American builders, i always think about the story of the three pigs; one builds his house out of straw, one out of wood and one out of bricks. Seeing this makes me realise that just now Americans think about making houses of concrete. I always laugh so hard when i hear on the news that a city is destroyed by a hurricane. People in Hurricane alley still build their house with straw
Rubber in tires has high compression strength.
the buildings are made to last only 25 years before the cheap materials fall apart
I wonder if Americans know what a brick is?
Brick is more expensive and way more labor intensive than wood in the US (unlike many countries, the US and Canada have not depleted their forests). It's a lot cheaper to build wooden houses and rebuild every 100 to 150 years than build brick houses and rebuild every 200 to 300 years. Plus, wooden houses are easily modified and upgraded as technology changes while brick houses aren't.
@@eliwhite5548 In fact America has more forested land than a hundred years ago. (Of course most old growth trees are gone) We have so many tree farms that we more than meet all of the building needs in the US.
@@eliwhite5548 I was more talking about pouring concrete, instead of using bricks. And I was only half joking. People do things differently, to get the same result. If you look at some of the medium sized buildings in London (still multi-stories high) we still use bricks, where in America they seem to use steal rods and poured concrete. Neither I guess has a better result than the other. It was just an observation. In the UK, we very rarely pour concrete for the outer walls of a building.
Snappy music and quick-cut vids are not particularly informative. As a former concrete lab technician And construction inspector and degreed chemist, I would have appreciated a more detailed explanation of what was shown.
Constructions valables pour vingt ans ensuite destruction où est le progrés?
Reinforced? With what ? There's no steel bars
Video doesn't start until 0:40 .
concrete doesn't "dry" - it *sets*
its about building a empty shell in 7 days. depending on whats below foundation. no eletricity, water supply or sewers. so.. whats the big deal?
Keep costs down, Light weight and easy installation and less materials. Not hearing the part that they are building better structures.
With the cost of cement now, theres no way that house is cost effective. It may with stand a tornado though.
I designed and non mortar flexible concrete panels better than that initial scene. Flexacrete. 15 years ago. You can service( remove/ replace as needed and no metal reinforcement react) because erosion is a life problem and will always need servicing. The poly filled cement in the video design will be cost prohibitive as it it permanent in place. ( Louisiana hurricane levee protection)
Using tires instead of proper road base and rebar ???????? Talk about third world stuff !
2:17 just plant tree and bush... Damn hehehe 🤦
Wish I had a sugar dome, so sweet and refined.
Common sense 🎉
Stretching a 1 min video to 10
Where tf u supposed to run wires and water pipes?
Duh. Concrete doesn't dry! It cures✔️
Not that anyone would read that or this but I'm not trying to insult or anything I am not inclined nor intelligent enough to be able to build something I just see the direct disconnect of the beauty that we used to build and what we've got now and you just don't get to see that beauty anymore look at the cars I mean yeah they look cool but there's just something off about the art of our day and age
Libbie Run
Horrid "music." Unnecessary and annoying both!
The carbon footprint of cast-in-place concrete most likely doesn't add up. I don't care so much for 3D printing for the same reason, but at least you can use less material and rebar if you're creative with the design.
In Germany homes are made from brick and stone. In America they are made from tooth picks and foam. Richest country my ass
stopped at 2:00 most annoying music 😬😬
I don't see too many mentions of concrete-cancer in the comments. Or did I fall asleep and wake up in a new world where concrete lasts forever?
Tires with concrete. Voids.
Would like to see those styrofoam(?) panels 3:25 replaced by hemp based material...
Half this stuff will only be used in places like China, because they won't let you use such ridiculously flammable material for insulation in the West.