Lần đầu tiên thấy nhà đc xây trên 1 tấm bê tông nổi, dưới nó là 1 lớp hồ và tiếp nữa là 1 lớp cọc tre sâu 2m. Hình như chả có sự liên kết kiềng cố và chống lún, nghiêng gì hết. Hay là khi lên tường sẽ ghép bằng vật liệu bê tông nhẹ. Có muốn mua căn nhà kế bên cũng đâu nhất thiết phải làm vậy?😃
Piling is vital for soft foundation yet only three meters bamboo stakes used,and one meter concrete with double layer steel bar,one meter brick wall built,the structure will sink or tilted or whatever due to soft foundation because of gravitational effect.
Lol in merica people don’t work as safe as Asian people. In Asia there is no insurance so people know how to be safe in the work place and work twice as hard. They did all this in one day, in merica they would probably only got the hole dug even with all the equipment 😂
I am wondering what the construction is for. The only think it a vault as the walls are so thick, I understand they built a raft as the ground is so wet.
its a raft foundation, there should be enough steel and concrete depth to resist structural failure of the foundation from differential settlement. building leaning is another thing . ..
That's why vietnam is growing fast,, currently semi machinery semi human hand works,,that's fine,, I saw the same thing in guangdong china in 2000 just like this video..
Learning so much from this! Thanks for sharing such valuable insights and techniques. Consider exploring Buildovate CRM for streamlining the management of construction projects like the ones demonstrated in this video!
Mấy ông miền bắc làm phụ hồ rồi lên thầu mới làm kiểu này bạn ạ.gần như 100% luôn . Người có học ra ai mà làm kiểu tốn tiền như này mà độ bền chưa chắc đã tốt.
Boston is mostly landfill. Neighborhoods like Back Bay and the South End have their foundations were built on logs pushed down to bedrock like this. The problem is that in some areas, the ground water level was reduced and then the logs rotted... and now there are foundation issues.
Does this fondation ever last long? Seems like to me the bamboo doesn't bring any strenth to the structure. It is neither long enough to reach solid rock, nor strong enough to hold the weight.
I agree...improvisation with a short term...but it is a bad replacement for piles of short duration if they are not long enough to solid ground...as it looks like the ground is clay, so it is not strong...this system they have made now. ..it helps a bit the floating slab that is then manufactured...such reinforced concrete slabs are the only rational solution and a more permanent solution on swampy ground...but in combination with pile systems...wooden or reinforced concrete, which must be long enough, they reach the load-bearing rock floor
I noticed the counter-laying of the bars of the lower reinforcement... because the plate is more load-bearing in the shorter direction, the whole bars with hooks in the shorter direction had to be laid first... what the guys did from two pieces, with minimal switching, is not the best solution... i mean statically not acceptable and wrong...potempa can put these long bars on these bars in the longitudinal direction... here I see a mistake in the thinking of these very hardworking and resourceful workers... in the end...if the timbers are too short and do not reach the load-bearing floor...under the weight of the building...the building will sink at least to the ground...but maybe they measured the necessary length of the stakes by sounding the ground...
Vietnamese people are very experienced in using bamboo being used as deadly traps during Vietnam war! Now they are using it for construction purposes. These are heavily reinforced concrete pavement for possible hidden garages for tanks, right next to neighboring houses to conceal their true identity! Also, a possibility of an air raid shelter near the center of a residential neighborhood.
I agree also, I know bamboo is a very strong and flexible material but that ground is going to be very unstable. From how deep those bamboo poles were driven it's safe to say it's all clay underneath and since it's right next to a creek it'll be always wet. Should've went for the safe route and used stone pillars driven deep as the foundation.
It’s Vietnam, in the civil industry for these small projects they don’t work to any international (or national VN) building codes, construction standards or regulations.
Ground support, stiffener while they make the first slab. After that it is "Floating" With the cast structure on top to keep it ridgid, the whole thing could sink or tilt as a whole, but should NOT be any uneven settling.
ok, here is the big question to this video: why did they not make this part 100% concrete? why that layer of bricks? cant be costs - otherwise they would have used more bricks for the walls between the pillars and making it 100% concrete would have been faster anyway. so, what functionality do the bricks provide, that the concrete cant?
@R L There are watertight mixtures of concrete and the very bottom here is made of concrete whilst the brick layer is a little above. The bricks (having larger pores) will without doubt suck water and hold it, but they will not let it pass through, so they cant work as a drainage, Im afraid. Maybe, even though it is against all the building rules in my cold country, the bricks will be watered frequently and release the water over time by evaporation and so keep the floor and walls cool - could this be a simple way of climate control for the interior of houses in very warm countries?
Congrats to the video contributor , with the responses & viewer reaction surly this a huge yourube vdeo success... most intrestingly theres so much contradiction ,curiousity & wonder in this exoensive video making . I must thanks again to our vietnsmese friend . This video will be an excellent choice for my construction class teaching / discussion next week . Best regards from Veritas Malaysia.
Wonderful community civic action to a project requiring knowledge in construction. I can only think of the planning that went into that project. Wonderful job.
You have no clue. The substrate is not sufficient to hold the weight of that RIDICULOUS slab/pour. Looks as if it's supposed to support some machinery, but that just adds to the weight and that slab can easily begin to sink on any side. Oh... and it will definitely crack even if it doesn't come apart due to all the reinforcement. This is just crazy. Doesn't matter that it was pouring in place, same effect as if an already cured slab had been dropped onto that muddy mess. Do you not see how easily that bamboo went in and how deep? Ugh.
Người ta mục đích đưa móng xuống sâu là để truyền tải trọng xuống nền đất tốt hơn, cứng hơn, đồng thời đưa trọng tâm tải trọng của ngôi nhà xuống thấp và ngàm vào trong đất. Làm như này tốn kém và ko hiệu quả, nguy hiểm khi xảy ra trượt, lún ko đều.
Móng tốn kém, trên nền đất bùn, với ít cọc tre để cáu like. Vài năm mưa bão, nhà nghiêng, đất trượt, kỳ lạ, không kỹ sư nào có học lại làm như vậy! Cọc tre thời thế kỷ 20 nay ai dùng xây móng nhà cao tầng?!!!
At least it will sink into the mud in one piece! The bamboo is not tied to the base rock so the entire structure could sink but it is sure as heck solid!
Làm móng nổi này không chắc chắn , với lượng sắt và bê tông này ta nên ép cừ bê tông , khoá dầm đầu cọc kết nối các đà ngang dọc tạo thành một liên kết vững chắc .
Cái này là họ thừa tiền + sự không hiểu biết mới làm như vậy Cái đế sắt phi to lãng phí + với kết cấu sắt dầm móng không đi liền 1 khối với sắt đế xây 1 lớp gạch là dở hơi sai bét . Đúng kết cấu sắt dầm ngồi trên sắt đế chân cột ngồi trên thanh đáy của cầm chịu lực. Đằng này làm sai bét và lãng phí mà cũng nhiều lượt xem
Mình người ngoài thôi mà xem thấy lãng phí thực sự luôn. Đổ rõ một đống bê tông cốt thép dày bịch ở đế rồi sau xây thêm mấy viên gạch lại đổ bê tông cốt thép lần 2. Đến chịu với quả móng ảo diệu này
The bamboo appears almost be serving as driven piles who,e that first low layer of concrete serves as pile caps of sorts. They reinforced the heck out of the primary slab from bending. And later those reinforced knee walls seem to serve as bracing to distribute point loads across that foundation mat. Am curious how long these types of foundations, slabs last and if they settle, crack etc.
Only to people here it may seem like overkill but clearly the ground is loose and very wet it seems to be in Asia somewhere.and it's a big building it needs to be that thick.
Its a concrete raft, a slab floating on a swampy ground, can not see the point of the bamboo as too short and pointless as piles but maybe its their way as bamboo has good strength and better than steel in wet soil, maybe an anchor point stopping slab floating off, my guess only
if its soft ground below ,is this the reason for inserting bamboo sticks? otherwise they would have to take the foundation from where the hard surface starts ....maybe that is well below the ground level
I think it would be easier and more stable to secure the foundation with foam blocks rather than bamboo and tons of other stuff. Roads and buildings use this technique - the foam block base - in areas of mud or partially frozen tundra
I do concrete foundations for a living. I'm sure they have a reason to secure it that much, possibly weather related, but that looks like absolute overkill.
@Jim Bartz In building houses in Vietnam, 25 bamboos per square meter are used to reinforce the foundation, and sand and stones are used to fill the gaps between the bamboos. As for the water that seeps up, they will lay bricks to raise the foundation, then lay steel bars on the brick surface, and finally pour cement to increase the load-bearing capacity.
Tôi nghĩ là vẫn có xác xuất nghiêng nếu chủ nhà xây cao tầng. Ví dụ, trên 7 tầng và không xây bằng vật liệu nhẹ. Tuy nhiên, giải pháp này là giải pháp khá hữu hiệu khi thực tế nền đất là bùn mềm. Nếu xây từ 7 tầng, có thể sẽ nghiêng sang bên vườn nhà hàng xóm. Dù sao cũng kính nể biện pháp thi công kiên trì và khá tốn công của như này!
Нет-нет, не оставляйте меня в неведении - что же это за бункера такие?!!!! На самом деле восторг от технологий - все не так, как у нас! А железобетонную монолитную плиту какую они сделали - я такой толстой арматуры в стройке и не видела👏👏👏
You shouldn’t weld to the forms the little metal will transfer rust to all the Rebar’s inside the concrete. Everything is as strong as it’s weakest link!
Que pasada, alucinante, organización de 10, de los mejores videos que he visto en cuanto a estructuras, los chinos nos llevan mucha ventaja respecto a España.
Phí quá tài nguyên. 1. Không liên kết đáy móng với cổ cột 2.tại sao tiết diện dầm lại dùng kiểu đấy ( móng to hơn sẽ tốt hơn dam t0) 3.có mối hàn ( giãn cây sắt.) 4.không cố định cột bằng đai lệch cột
Hmmm... the post should had been built first... before joining floor in it... in this case the post would be distributing load to the floor and overtime the floor will get stress out and begin to crack.. this is possible if they will countinue adding floor after floor to the foundation... with 5 to 6 concrete floor added imagine the weight its shifting to the ground floor+gravity.. ive seen seen post built 1st separately and they will excavate 1 to several meters depend on the type of soil then put the post and concrete the bottom for 1 cubic meter depends on the size.. after tis is done the floor now will be added.. in this case the load will not go all to the floor but majority will go to the post.. anyway their method is good if they will only add 1 or 2 more floors.. probably can witstand magnitude 8 earthquake without breaking the floor because in my opinion their design the port shift the weight to the floor..😮
Pondasi full plate, besi ulir nya Gedhe Gedhe...pemborosan, tidak perlu insinyur untuk menghitung kekuatan...tukang saja pasti bisa. Mampu menahan rudal hipersonik... 😀
Tre là gia cố đất nền làm tăng áp lực . Ví dụ đất nền yếu chịu tải trọng 5 tấn / m2 ta gia cố cọc tre hoặc tràm ( vì 2 loại cây này chịu nước ) khi tre chèn vào làm tăng áp lực đất lên 8-10 tấn / m2 .
![Construction of Concrete Stairway Start to Finish [ASMR]](http://i.ytimg.com/vi/xoNmEFEM6fE/mqdefault.jpg)
Best foundation for nuclear reactor I've ever seen, congratulations!
Ppl like u are good at blah blah. But when it comes to real life you can't even paint ur room
Kkk
@@wenssyharley5357 😂😂😂
Pensei o mesmo.
The bast foundation
Lần đầu tiên thấy nhà đc xây trên 1 tấm bê tông nổi, dưới nó là 1 lớp hồ và tiếp nữa là 1 lớp cọc tre sâu 2m.
Hình như chả có sự liên kết kiềng cố và chống lún, nghiêng gì hết. Hay là khi lên tường sẽ ghép bằng vật liệu bê tông nhẹ.
Có muốn mua căn nhà kế bên cũng đâu nhất thiết phải làm vậy?😃
A very STRONG foundation. Incredible workers and planners.
Các bác thi công phần móng rất chắc chắn và kiên cố và làm đúng cách thức về nền đất bùn good chúc cac bac càng ngày càng phát triển công việc
Tôi thấy ko yên tâm nếu lên 3tầng
Tốn hơn ép cọc bê tông. Mà nhà bên cạnh đào móng sâu hơn vẫn nún và nghiêng bình thường
Piling is vital for soft foundation yet only three meters bamboo stakes used,and one meter concrete with double layer steel bar,one meter brick wall built,the structure will sink or tilted or whatever due to soft foundation because of gravitational effect.
1111
bao dam bamboo nam duoi sin lay nam sau se muc nat nha xay cao se bi sup va lung xuong o do ma tot tot con khi,,,
Nhà này thì khó nứt, nhưng lâu năm có thể nghiêng do địa chất thay đổi.
Nứt hay không nứt còn phụ thuộc vào hệ khung trên nữa, yếu tố khác...chứ móng này chưa quyết định được nhà có nứt hay không...
"Well done! The details you covered on topic channel at [12:26
] were very clear and informative. Can’t wait to see your next video!"
In the USA we have to place plastic safety caps atop all rebar pointing up to avoid getting impaled in a fall.
Lol in merica people don’t work as safe as Asian people. In Asia there is no insurance so people know how to be safe in the work place and work twice as hard. They did all this in one day, in merica they would probably only got the hole dug even with all the equipment 😂
In some places yes, in other places no. It varies by state.
THIS WAS NOT DONE IN ONE DAY. HAHAHAHAHA
In America, safety first. In Vietnam, safety last!!! It is so sad to say people do not care or understand about safety.
What type of building is this a foundation for?
Sao ko ép cọc bê tông ta, cái này mà nhà bên cạnh đào bới chút xíu thì nó trượt như trượt ván vậy đó. Haziio
Chắc là kk có kĩ sư rồi làm như z còn đắc hơn ép cọc nhưng chất lượng thua xa
The workers are very active, never get tired, hope you are always healthy
Vietnamese man,work construction pretty good,they are very skillful.
My best friend, Amazing video. I enjoyed watch your video. Thanks
Từ khía cạnh kinh tế đến kết cấu , thi công gọn lỏn đúng 1 từ là Thua . Dư tiền rồi làm màu
Kiểu làm theo kinh nghiệm.
nền đất yếu người ta phải làm vậy chứ ai dư tiền đâu
Ép cọc xong còn thừa nửa tiền.
@@thanhphan190 ép xong khỏi xây nhà, làm lại nhà cho thằng bên cạnh 🤣
rat cam on anh da chia se
As a civil engineer,it's helpful to those with no concept.
I am wondering what the construction is for. The only think it a vault as the walls are so thick, I understand they built a raft as the ground is so wet.
its a raft foundation, there should be enough steel and concrete depth to resist structural failure of the foundation from differential settlement. building leaning is another thing . ..
This is OUTSTANDING
Nền móng quá chắc chắn, nhưng sợ nhất lúc đổ bê tông tươi họ toàn cho cát xây vào,tỷ lệ cát vàng sỏi rất ít...
Làm như này để sau này chuyển nhà đi chỗ khác ở cho nó dễ.🇻🇳
xây vậy chuyển đi đâu dc bác
These guys trained at backyard, since childhood.😄
Nhà này xây trên nền đất yếu nếu chỉ 1 lầu trở lại thì dùng được còn cao hơn nữa thì 1 thời gian sẽ ảnh hưởng đến những nhà xung quanh
That's why vietnam is growing fast,, currently semi machinery semi human hand works,,that's fine,, I saw the same thing in guangdong china in 2000 just like this video..
Excellent looks fantastic and showing your skilled craftsman I know because I have done this work and very hard work. Thank you 🙏🙏🙏🙏
Learning so much from this! Thanks for sharing such valuable insights and techniques. Consider exploring Buildovate CRM for streamlining the management of construction projects like the ones demonstrated in this video!
Thấy là biết ngay các ông bác Miền Bắc Việt Nam làm rồi.
???
Mấy ông miền bắc làm phụ hồ rồi lên thầu mới làm kiểu này bạn ạ.gần như 100% luôn . Người có học ra ai mà làm kiểu tốn tiền như này mà độ bền chưa chắc đã tốt.
Boston is mostly landfill. Neighborhoods like Back Bay and the South End have their foundations were built on logs pushed down to bedrock like this. The problem is that in some areas, the ground water level was reduced and then the logs rotted... and now there are foundation issues.
Near where the Salesforce tower is in San Francisco had multi-story buildings supported with log pilings.
The tallest building in Boston is in BackBay Hancock tower.
Bạn nhìn xa hàng trăm năm. Còn ở đây là vùng nhiệt đới. Tre dưới đất luôn ẩm có thể coi là vĩnh cửu
Lots of work and nice to know the procedures of this kind of project. Excellent job 👍
If you were paying for this, you would be okay with a giant slab floating on mud? You have no clue.
OSHA would have a feild day on you.... Great Job working with what ya got...
Does this fondation ever last long? Seems like to me the bamboo doesn't bring any strenth to the structure. It is neither long enough to reach solid rock, nor strong enough to hold the weight.
It is likely only meant to be temporary support until the reinforced concrete sets. The long term support is from the rebar.
It's China what do you expect?
@@trxtech3010 16:38 sadly it is not China
I agree...improvisation with a short term...but it is a bad replacement for piles of short duration if they are not long enough to solid ground...as it looks like the ground is clay, so it is not strong...this system they have made now. ..it helps a bit the floating slab that is then manufactured...such reinforced concrete slabs are the only rational solution and a more permanent solution on swampy ground...but in combination with pile systems...wooden or reinforced concrete, which must be long enough, they reach the load-bearing rock floor
I noticed the counter-laying of the bars of the lower reinforcement... because the plate is more load-bearing in the shorter direction, the whole bars with hooks in the shorter direction had to be laid first... what the guys did from two pieces, with minimal switching, is not the best solution... i mean statically not acceptable and wrong...potempa can put these long bars on these bars in the longitudinal direction...
here I see a mistake in the thinking of these very hardworking and resourceful workers...
in the end...if the timbers are too short and do not reach the load-bearing floor...under the weight of the building...the building will sink at least to the ground...but maybe they measured the necessary length of the stakes by sounding the ground...
Vietnamese people are very experienced in using bamboo being used as deadly traps during Vietnam war! Now they are using it for construction purposes. These are heavily reinforced concrete pavement for possible hidden garages for tanks, right next to neighboring houses to conceal their true identity! Also, a possibility of an air raid shelter near the center of a residential neighborhood.
I'm not an engineer but wouldn't the uneven rate of rot in the bamboo cause weakness in the foundation over time
I agree also, I know bamboo is a very strong and flexible material but that ground is going to be very unstable.
From how deep those bamboo poles were driven it's safe to say it's all clay underneath and since it's right next to a creek it'll be always wet.
Should've went for the safe route and used stone pillars driven deep as the foundation.
It’s Vietnam, in the civil industry for these small projects they don’t work to any international (or national VN) building codes, construction standards or regulations.
Ground support, stiffener while they make the first slab. After that it is "Floating" With the cast structure on top to keep it ridgid, the whole thing could sink or tilt as a whole, but should NOT be any uneven settling.
what about termites?
It looks better than those made by the Chinese
Làm móng Kiên cố để xây nhà nhiều tầng là như thế đó . VIÊT NAM 👍👍👍
ok, here is the big question to this video: why did they not make this part 100% concrete? why that layer of bricks? cant be costs - otherwise they would have used more bricks for the walls between the pillars and making it 100% concrete would have been faster anyway. so, what functionality do the bricks provide, that the concrete cant?
Perplexing to say the least!
@R L There are watertight mixtures of concrete and the very bottom here is made of concrete whilst the brick layer is a little above. The bricks (having larger pores) will without doubt suck water and hold it, but they will not let it pass through, so they cant work as a drainage, Im afraid.
Maybe, even though it is against all the building rules in my cold country, the bricks will be watered frequently and release the water over time by evaporation and so keep the floor and walls cool - could this be a simple way of climate control for the interior of houses in very warm countries?
This is a flooded area.
@@nguyenquanghoc5085 Ok, thanks, but how can the bricks as they are arranged here help the building dry faster after a flood?
That's real enforcement ,💪🏿great job.
When you can push in small wood piles with a tiny excavator in a second, they are not going to do much in the long run.
Congrats to the video contributor , with the responses & viewer reaction surly this a huge yourube vdeo success... most intrestingly theres so much contradiction ,curiousity & wonder in this exoensive video making . I must thanks again to our vietnsmese friend . This video will be an excellent choice for my construction class teaching / discussion next week . Best regards from Veritas Malaysia.
Maaantap' kawan Contruksi Nya sangat bagus dan rapi, salam sukses selalu
Wonderful community civic action to a project requiring knowledge in construction. I can only think of the planning that went into that project. Wonderful job.
Huhu ubuhuh
Nhà này xây trái phép nha..sau chính quyền giải tỏa thì kéo đi chỗ khác được..
Bác nói kiên cố quá ạ.
The basement is Very strengthened ....nice... wonderful 😃
You have no clue. The substrate is not sufficient to hold the weight of that RIDICULOUS slab/pour. Looks as if it's supposed to support some machinery, but that just adds to the weight and that slab can easily begin to sink on any side. Oh... and it will definitely crack even if it doesn't come apart due to all the reinforcement. This is just crazy. Doesn't matter that it was pouring in place, same effect as if an already cured slab had been dropped onto that muddy mess. Do you not see how easily that bamboo went in and how deep? Ugh.
Lạy... nghĩ ra cái móng này, quá rườm rà và tốn kém
is that a bunker?
Great work
Planning very very good
Người ta mục đích đưa móng xuống sâu là để truyền tải trọng xuống nền đất tốt hơn, cứng hơn, đồng thời đưa trọng tâm tải trọng của ngôi nhà xuống thấp và ngàm vào trong đất. Làm như này tốn kém và ko hiệu quả, nguy hiểm khi xảy ra trượt, lún ko đều.
Tiền làm móng đủ xây 1 căng nhà,quá phí
Móng tốn kém, trên nền đất bùn, với ít cọc tre để cáu like. Vài năm mưa bão, nhà nghiêng, đất trượt, kỳ lạ, không kỹ sư nào có học lại làm như vậy! Cọc tre thời thế kỷ 20 nay ai dùng xây móng nhà cao tầng?!!!
At least it will sink into the mud in one piece! The bamboo is not tied to the base rock so the entire structure could sink but it is sure as heck solid!
Làm móng nổi này không chắc chắn , với lượng sắt và bê tông này ta nên ép cừ bê tông , khoá dầm đầu cọc kết nối các đà ngang dọc tạo thành một liên kết vững chắc .
Cái này là họ thừa tiền + sự không hiểu biết mới làm như vậy
Cái đế sắt phi to lãng phí + với kết cấu sắt dầm móng không đi liền 1 khối với sắt đế xây 1 lớp gạch là dở hơi sai bét .
Đúng kết cấu sắt dầm ngồi trên sắt đế chân cột ngồi trên thanh đáy của cầm chịu lực.
Đằng này làm sai bét và lãng phí mà cũng nhiều lượt xem
Nói chung là thừa tiền mới làm vậy.
Giôt nat trở thành phá hoại
Mình người ngoài thôi mà xem thấy lãng phí thực sự luôn. Đổ rõ một đống bê tông cốt thép dày bịch ở đế rồi sau xây thêm mấy viên gạch lại đổ bê tông cốt thép lần 2. Đến chịu với quả móng ảo diệu này
The bamboo appears almost be serving as driven piles who,e that first low layer of concrete serves as pile caps of sorts. They reinforced the heck out of the primary slab from bending. And later those reinforced knee walls seem to serve as bracing to distribute point loads across that foundation mat. Am curious how long these types of foundations, slabs last and if they settle, crack etc.
Móng bè lún là điều tất nhiên, quan trọng là phân bổ trọng lực cho nó lún đều. Gãy thì gần như là điều không thể
Thanks for the content because it's so helpfull🙏🙏🙏🙏🙏🙏🙏
Only to people here it may seem like overkill but clearly the ground is loose and very wet it seems to be in Asia somewhere.and it's a big building it needs to be that thick.
Its a concrete raft, a slab floating on a swampy ground, can not see the point of the bamboo as too short and pointless as piles but maybe its their way as bamboo has good strength and better than steel in wet soil, maybe an anchor point stopping slab floating off, my guess only
Ad cho hỏi cái này có phải là làm nhà trên nền gia cố cọc cát không ?
if its soft ground below ,is this the reason for inserting bamboo sticks? otherwise they would have to take the foundation from where the hard surface starts ....maybe that is well below the ground level
bạn đúng nền đất yếu có bùn, nước
Yes, wet ground, then bamboo stick is the key play
To increase the bearing capacity of soil bamboo is inserted.
Seems like the bamboo would just rot and become worthless in 6 months
I think it would be easier and more stable to secure the foundation with foam blocks rather than bamboo and tons of other stuff. Roads and buildings use this technique - the foam block base - in areas of mud or partially frozen tundra
When was this building built? Why did you fill the area next to it with soil?
I now understand when the floods come , why entire buildings and homes float like Noah's ark
Why ??? Can you explain to me ...
A A
@@hchiron6388 7tqqqqqqqqqqqqqq
@@hchiron6388 qqkqqqq
@@hchiron6388 qqq
Xây cái móng nhà kiên cố tốn nhiều bê tông với lượng sắt hết hồn luôn..
Đây là móng bè ; bình thường mà
có hiểu vì sao momg hay để âm sâu xuống đất ko vây, tính chơi xếp lego ah
Hello Sir, I am impressed with this foundation. How many floors is this building built on a raft foundation like this? Thank you
what in the hell are they building that will require a 3 foot thick foundation ???????
The ground is very loose and wet and it's a huge building they need to make it sturdy
Muito bom, construída com muita segurança, ai sim parabéns a todos os trabalhadores
what kind of loads/forces will this mat be subjected to?
looks like someone has an unlimited budget.
Foundation is for war tank to drive in
. Best strongest Foundation 💪
I do concrete foundations for a living. I'm sure they have a reason to secure it that much, possibly weather related, but that looks like absolute overkill.
I am neither an engineer or construction worker, but given that that thing was laid on over ten feet of soft mud, I'd say that was just right.
I couldn't agree more
@@The144Kth There are 10 feet of bad soil and yet there are those who ask why it is secured
tsunamis maybe
Bamboo sticks in the ground? For what? That won’t help.
Nhà này lên cao tầng không bị nứt tường nhưng có thể bị lún
whenever I need a good laugh I watch these guys.
What’s wrong? Why you think it is a funny video?
There's nothing to laugh stupid comment yours
Very good👍👍
Và như thế vài năm lại có nhà nghiêng. Như vụ hà tây. Nghiêng mà ko nứt mới hay
Ồ, chúng em sẽ làm hầm sau khi bị lún ạ!!!
Nghiêng nổi k bác
a bamboo piling method because the soil is very soft and providing a mat foundation system
Nhà kết cấu không chân đúng chất dân nón cối ẩu
This is good information and education for everyone who wanna build a house
Em thua với cái tư duy chắc chắn này!
What does the bamboo piling do and how long will it last ?
@Jim Bartz According to you they are stupid and have no idea what they are doing ?
@Jim Bartz In building houses in Vietnam, 25 bamboos per square meter are used to reinforce the foundation, and sand and stones are used to fill the gaps between the bamboos. As for the water that seeps up, they will lay bricks to raise the foundation, then lay steel bars on the brick surface, and finally pour cement to increase the load-bearing capacity.
Kể ra mỗi trụ cột nhồi cho 2 hoặc 3 cọc bê tông thì càng tuyệt vời
Tre 100 năm cũng không bị sao
Why dig more bamboo first…? reason..?
Làm kiểu này nhà dễ nghiêng ngả lắm
Tôi nghĩ là vẫn có xác xuất nghiêng nếu chủ nhà xây cao tầng. Ví dụ, trên 7 tầng và không xây bằng vật liệu nhẹ. Tuy nhiên, giải pháp này là giải pháp khá hữu hiệu khi thực tế nền đất là bùn mềm. Nếu xây từ 7 tầng, có thể sẽ nghiêng sang bên vườn nhà hàng xóm. Dù sao cũng kính nể biện pháp thi công kiên trì và khá tốn công của như này!
Great channel
Нет-нет, не оставляйте меня в неведении - что же это за бункера такие?!!!! На самом деле восторг от технологий - все не так, как у нас! А железобетонную монолитную плиту какую они сделали - я такой толстой арматуры в стройке и не видела👏👏👏
Meu irmão que fundação é essa!! !Dá pra botar um peso monstro aí
Acho que não deve ser para moradia, talvez tenha alguma função industrial. Uma viga baldrame dessa altura é pra aguentar um peso absurdo.
For longterm after decay of bamboo(hollow inside) isnt there chance of settlement?
it will not rot if treated
Bamboo can holdup in wet soil for over 100 years!.
The bambou is used in the construction purpose is treated in salt water.
Very strong work, nice
You shouldn’t weld to the forms the little metal will transfer rust to all the Rebar’s inside the concrete. Everything is as strong as it’s weakest link!
That's what I was thinking - that those things would become rust wicks
Unless they are made of some sort of rust proof alloy
As long it didnt meet oksigen will not rust
@@kusukacolaylowlee1611 - my understanding is that changes of pH in the concrete will initiate the rust process
wont the bamboo eventually decay making the footing weak since there will be voids in earth below the foudation?
Que pasada, alucinante, organización de 10, de los mejores videos que he visto en cuanto a estructuras, los chinos nos llevan mucha ventaja respecto a España.
Esto es Vietnam, no Chinos
@@hchiron6388 việt nam
Phí quá tài nguyên.
1. Không liên kết đáy móng với cổ cột
2.tại sao tiết diện dầm lại dùng kiểu đấy ( móng to hơn sẽ tốt hơn dam t0)
3.có mối hàn ( giãn cây sắt.)
4.không cố định cột bằng đai lệch cột
good job, okay eto...
Bamboo poles as bakau piling?
Some support, but just organics to decay and leave voids under the structure, no serious compaction, amazing all right.
Parabéns, muito capricho.
الله يوفقك يارب العالمين
Không biết chủ nhà hay là thợ thiết kế quả móng này,gần như k có kiến thức về xây dựng, cứ tưởng sắt to và nhiều là tốt
Đúng vậy bác ạ.
Hmmm... the post should had been built first... before joining floor in it... in this case the post would be distributing load to the floor and overtime the floor will get stress out and begin to crack.. this is possible if they will countinue adding floor after floor to the foundation... with 5 to 6 concrete floor added imagine the weight its shifting to the ground floor+gravity.. ive seen seen post built 1st separately and they will excavate 1 to several meters depend on the type of soil then put the post and concrete the bottom for 1 cubic meter depends on the size.. after tis is done the floor now will be added.. in this case the load will not go all to the floor but majority will go to the post.. anyway their method is good if they will only add 1 or 2 more floors.. probably can witstand magnitude 8 earthquake without breaking the floor because in my opinion their design the port shift the weight to the floor..😮
Pondasi full plate, besi ulir nya Gedhe Gedhe...pemborosan, tidak perlu insinyur untuk menghitung kekuatan...tukang saja pasti bisa. Mampu menahan rudal hipersonik... 😀
Quả mũ cối là biết chắc Việt nam mình rồi
Since construction materials are very expensive in Turkey, they build huge buildings using very little iron.
Can you imagine, someday, having to demo that slab ? That's like $900 in concrete and $250,000 in rebar.
They probably won't in their lifetime.
This slab will be there 100 years
Wow, I will park dozen of my tanks on that foundation.
Provavelmente não há cálculo estrutural, nessa obra consumiram uma montanha de ferro aqui em Minas Gerais!🤔
Đó là cách xây dựng miền bắc Việt Nam rất tốn kém
Nice👍👍👍✅
Tre là gia cố đất nền làm tăng áp lực . Ví dụ đất nền yếu chịu tải trọng 5 tấn / m2 ta gia cố cọc tre hoặc tràm ( vì 2 loại cây này chịu nước ) khi tre chèn vào làm tăng áp lực đất lên 8-10 tấn / m2 .
Móng bè thường bọ đổ cùng dầm móng thành nguyên khối , chưa thấy tách móng và dầm đổ riêng bao giờ 🤔 . Nền đất này dùng cọc tre chuẩn bài rồi
Nice !