I can see this having some interesting applications, the bulb at the bottom increasing the effective area of the pile reducing ground pressure and at the same time requiring less concrete to get large footing cross section. the second it the resistance to uplift from wind load for example, it is very clever tech.
Почему заливка сваи, производится свободным сбросом с лотка миксера? Насколько увеличивается несущая способность сваи, при увеличении площади её основания? Может дешевле сделать на одну сваю в фундаменте больше?
This is really interesting, actually. Deep reinforced concrete piles are all the rage in engineering these days around here. The arc creates a plasma void which the head of concrete immediately fills. That future building on top is going to have solid feet. Good concept and use of electricity.
Well, that's true. Physics there is pretty simple: electrolysis of the water with further burning and explosion which results into water hammer. I suppose that rock is getting dissolved in the water. Casing is needed to guide the explosion. Except that... person who investigated this effect found a lot of other side effects. This resulted into different inventions in metallurgy, mining, agriculture. That's definitely worth to explore.
Hello to all viewers of our channel. We offer you to look at an alternative technology for making piles with widening. Follow the link: ua-cam.com/video/d0RfYsgxvPc/v-deo.html
I agree, fascinating. My question with the withdrawing of the casing...Is the concrete already poured partly set when this happens? Complete with the formed ball on the end? Or what
looks by the staining in the casing the concrete was still wet. pulling the casing would just cause the mix to slump and fill the void maintaining the hole's shape hydrostatically. just have to top it off once more.
Concrete is still wet. It needs to flow out to take the place of the casing when it withdrawn. Otherwise there would be a gap and the piling would be lose.
The machine that put in the casing , and pulled the casing out, was a vibro hammer. As it withdraws the casing, the vibration liquifies the concrete touching the casing, and helps to move the concrete into the surrounding soil, increasing pull out strength.
If the ground is so soaked by water that you have to have huge, meter-wide anchors at the tips of your foundation pilings to steady them, the question is: what is worth all the trouble to build there? The only really economical application of this technology is military - pilings to steady gun emplacements or radar installations over river bottoms or otherwise unbuildable ground.
That is the same methode like the high speed forming process of sheet metal with electric energy. In this case, the plasma channel from the electric arc, create a steam bloom that repress the concrete in the Surrounding siol.
High-voltage causes electrolysis of the water. This results into burning of O2 and H. This results into explosion and system returns to the initial state.
electric made steam and steam pushed the concrete out wide to make a bigger base to save using a much bigger pile. Looks like it was done in the permafrost or a boggy area where small piles would sink down.
Why wouldnt u use just a chemical reaction like thermite instead of using the energy to charge the big ass capacitor bank they are using... Wet or dry or under pressure, chemicals are going to react either way so seems to me could get a much bigger, quicker effect of the same degree with an expansive implosion reaction within a small chamber inserted at the end of the steel supports they insert. You could even make a casing that would detiorate with the addition of the concrete so at a certain point it would self detonate while filling so wouldnt even have to stop filling to top off... Right? Just do the research so the byproduct isnt something that is reactive with whats around it...
much bigger is probably not desired, this allows repeated thumps until the desired size is reached, and does not require storing and handling of explosive materials
Everyone who is interested in the physics behind the scene should watch this video: ua-cam.com/video/U4oThr5Hfvo/v-deo.html Yup that's russian but there are a lot of pictures which self-explanatory. Also you may turn-on subtitles or even ask friend to translate it for you.
Electric discharge explosion has been discovered in the 1950s for precision cold metal forming without the required expensive hydrualic stamping and pressing.
Putting in a building support. You want the bottom of the pile to be expanded. This allows the pile to be drilled at a certain diameter, yet a much larger base put in so the pile doesn't sink into the earth like a stake when weight is applied. Think peg leg sinking into mud as you walk, so you put a large plate or ball or shoe - a bigger base - on the peg leg so it doesn't sink into the mud.
Я тебе скажу так : за деньги которые возьмут за перевозку этого станка ты сам себе свое очко зальеш эпоксидкой . Ну по москве одна доставка 200 тыщ. Минимум.
I can see this having some interesting applications, the bulb at the bottom increasing the effective area of the pile reducing ground pressure and at the same time requiring less concrete to get large footing cross section. the second it the resistance to uplift from wind load for example, it is very clever tech.
Почему заливка сваи, производится свободным сбросом с лотка миксера? Насколько увеличивается несущая способность сваи, при увеличении площади её основания? Может дешевле сделать на одну сваю в фундаменте больше?
I'd like to see some pictures of exhumed piles to verify that the technique works.
Mike C ua-cam.com/video/d0RfYsgxvPc/v-deo.html
This is really interesting, actually. Deep reinforced concrete piles are all the rage in engineering these days around here. The arc creates a plasma void which the head of concrete immediately fills. That future building on top is going to have solid feet. Good concept and use of electricity.
Zsetewweewerdfg
Well, that's true. Physics there is pretty simple: electrolysis of the water with further burning and explosion which results into water hammer. I suppose that rock is getting dissolved in the water. Casing is needed to guide the explosion.
Except that... person who investigated this effect found a lot of other side effects. This resulted into different inventions in metallurgy, mining, agriculture. That's definitely worth to explore.
Very Impressive
@TEL_02 Zero can never add to anything.
Hello to all viewers of our channel. We offer you to look at an alternative technology for making piles with widening. Follow the link: ua-cam.com/video/d0RfYsgxvPc/v-deo.html
That's cool as hell. I wonder what sort of experiment or accident led to this technique
WHERE'S THE KA-BOOOM!!...there is supposed to be an earth shattering KA-BOOM...?...
i want my 4 minutes back.
Im curious about how they connect onto that pile. Is someone going to shove rebar into the wet concrete? So they can attach a pile cap onto it?
only a heavy jerking
The last 30 seconds of the video gave me naughty thoughts :P
Anybody know what voltage, current or joules of energy are discharged on each blast?
I agree, fascinating. My question with the withdrawing of the casing...Is the concrete already poured partly set when this happens? Complete with the formed ball on the end? Or what
Seem's the casing would stay in place? Removing it may dislodge the pour.
looks by the staining in the casing the concrete was still wet. pulling the casing would just cause the mix to slump and fill the void maintaining the hole's shape hydrostatically. just have to top it off once more.
Concrete is still wet. It needs to flow out to take the place of the casing when it withdrawn. Otherwise there would be a gap and the piling would be lose.
The machine that put in the casing , and pulled the casing out, was a vibro hammer. As it withdraws the casing, the vibration liquifies the concrete touching the casing, and helps to move the concrete into the surrounding soil, increasing pull out strength.
Didn't you watch it?
If the ground is so soaked by water that you have to have huge, meter-wide anchors at the tips of your foundation pilings to steady them, the question is: what is worth all the trouble to build there?
The only really economical application of this technology is military - pilings to steady gun emplacements or radar installations over river bottoms or otherwise unbuildable ground.
very good technology - greetings from Minnesota, US
hey me too - Eagan
Atiya
@@je6748 Apple Valley
@@shiddy. ah right on! I'm a couple miles east of cliff and pilot
Qsfgv
VERY INTERESTING!!
USED IN PERMAFROST AREAS?
WHAT IS VOLTAGE- AMPERAGE USED?
حلوا
Step by step video solutions for civil engineering questions
"How to Defibrillate the Earth"
See my Petri Dish Earth vids.
How did it create space at the bottom for the concrete to occupy?
How will this work if the bottom is rock solid?
@@boogerking7411 the earth retaliates!
That inventer trully deserve REWARD
Very clever.
Nothing CLEVER about it. It's A Waste of time!
Wonder how many new guys got the shocker with this sow?
That is the same methode like the high speed forming process of sheet metal with electric energy. In this case, the plasma channel from the electric arc, create a steam bloom that repress the concrete in the Surrounding siol.
I knew earthing ...flux blast ????
I'm still learning, but this has nothing to do with consolidating the concrete right?
Very cool technology
Interesting concept.
I've seen pressure grout
They drill and pressure concrete into deep holes
But they were small and a lot of them
What is the purpose of this
I dont get it.... steam expansion then gravity concrete back fill?
If you don’t get it, then that is an extraordinarily good guess
High-voltage causes electrolysis of the water. This results into burning of O2 and H. This results into explosion and system returns to the initial state.
@@volodymyr.kushnir - oh I get it, Thanks its a bubble cavitation jack hammer
@@laughterman805 Thanks for the good hint
Super nice!
The electric caused the concrete to expand at the bottom?
electric made steam and steam pushed the concrete out wide to make a bigger base to save using a much bigger pile.
Looks like it was done in the permafrost or a boggy area where small piles would sink down.
@@rosewhite--- Foot. Hence the term footing.
Why wouldnt u use just a chemical reaction like thermite instead of using the energy to charge the big ass capacitor bank they are using... Wet or dry or under pressure, chemicals are going to react either way so seems to me could get a much bigger, quicker effect of the same degree with an expansive implosion reaction within a small chamber inserted at the end of the steel supports they insert. You could even make a casing that would detiorate with the addition of the concrete so at a certain point it would self detonate while filling so wouldnt even have to stop filling to top off... Right? Just do the research so the byproduct isnt something that is reactive with whats around it...
much bigger is probably not desired, this allows repeated thumps until the desired size is reached, and does not require storing and handling of explosive materials
Everyone who is interested in the physics behind the scene should watch this video:
ua-cam.com/video/U4oThr5Hfvo/v-deo.html
Yup that's russian but there are a lot of pictures which self-explanatory. Also you may turn-on subtitles or even ask friend to translate it for you.
Electric discharge explosion has been discovered in the 1950s for precision cold metal forming without the required expensive hydrualic stamping and pressing.
NFI what they did, what is the purpose.
To make the pile more solid by expanding the base. Saves putting a big wide pile down.
Title is mistranslation of Russian to English.
遠い国の同業者。事故に気をつけて下さい！
O PURGATORIO de LAUSANNE é PIOR DO QUE O DE BRASILIA # fica a dica MARRY MAGDALENE BELA VELHA MARIO NNETISTE !
what's the point of this ?
New techniques for foundation laying and stabilizing bigger structurea
Putting in a building support. You want the bottom of the pile to be expanded. This allows the pile to be drilled at a certain diameter, yet a much larger base put in so the pile doesn't sink into the earth like a stake when weight is applied.
Think peg leg sinking into mud as you walk, so you put a large plate or ball or shoe - a bigger base - on the peg leg so it doesn't sink into the mud.
@@inthebriarpatch Thank you for the excellent ELI5.
Brilliant
franki piloti
super
Super danke
😀😀
А можно ли воспользоваться вашими услугами для строительства частного дома?
>>>А можно
Хочу очко на даче поставить сколько будет стоить под него 4 сваи замутить
Я тебе скажу так : за деньги которые возьмут за перевозку этого станка ты сам себе свое очко зальеш эпоксидкой . Ну по москве одна доставка 200 тыщ. Минимум.
Sorry
@@михаилл-п5ш hrfv
Htuhgtttgde
@@bharathipriyabharathipriya2217 gx
I don't get it?
I SOMEHOW FEEL CHEATED !
9.9V
D+
Clickbait.
Pouring caissons I did many .......
No, what is this useless title???
bad translation of Russian.
@@rosewhite--- BULLSHIT!!!!
What a bunch of click-bait bullshit.
that is it
samuel thomas ask google
WHERE'S THE KA-BOOOM!!...there is supposed to be an earth shattering KA-BOOM...?...
i want my 4 minutes back.