For years I have wanted to create something without using any type of of energy source to boil water. Don’t want to give my idea up, but this helps me believe it can be done. Thanks! 🙏
Make it big enough, put it in a tiny house or small apartment fill with water, use the friction tool until it heats up, steam heats up apartment, along with your body's excercise and body heat helping. Pros? No power or fire. Heat. Freshy boiledz so clean water. Excercise. Cons? How to make it work here it doesn't shoot something. Might be loud. Takes up space. Needs water Needs you to excercise. Honestly attach it to a bike, if it was big enough, and shove it in a VERY small room, and you could have a sauna after doing a bunch of cycling.
if the pipe was longer and was connected to a vessel of water (which had a pipe out and back to the tube again like a loop)... And the crank handle also drove a small piston/pump, so the water could be made to pass through the friction heated tube at a certain rate. Would the water would cycle round and get warmer and warmer untill you boiled a whole pot of water? Also, you could have more thatn 1 wooden clamp. this woudl make the crank harder to turn but it would heat more. It would be difficult to have a water tight tube which also spun.
I was thinking about co2 free methods of heating water. But in the end, electric elements are really a type of friction driven by forcing higher current through smaller wires. So cycling a dynamo-generator which powers a kettle directly is probably just a s efficient.
Its interesting that the wood gets hot, (like how people create a fire by rubbing a stick between 2 hands) but in this case the wood wont burn because the heat is taken away by the copper, the wood will only get 100oC
Normally the heat developed by friction goes to the water. But imagine that all the water is evaporated...in this case the tube and the jaws can be very hot...and the latter eventually could catch fire.
@@florencefst Brilliant! So how about this example. A pipe filled with water which is connected to a tank at the open end of the pipe and the water level in the tank is above the opening of the pipe. At the other end of the pipe with the water inside, it is closed. If you heated the pipe filled with water using friction, would that produce steam in the water tank as the friction heating the pipe turning the water into steam eventually which would then rise up out of the water into the tank?
The wood rubbing against the metal pipe creates friction, and friction creates heat. The water absorbs the heat inside the pipe. 2nd law of thermodynamics.
They produce heat because the surfaces on small scales are rough like canyons rather than flat like the ocean. As these rough surfaces come into contact with each other they repel. When two atoms are brought very close together they store potential energy. When they move apart that energy becomes kinetic. However, this kinetic energy generally isn't enough to escape the object they are attached to so the energy becomes randomly distributed as kinetic energy exchanged between the atoms of the object also known as thermal energy.
Imagine if you do this with a cylinder with full of water and connect with 2 pipes what ends on a airplane propellers wingtips. It mean free energy and rocket speed
For years I have wanted to create something without using any type of of energy source to boil water. Don’t want to give my idea up, but this helps me believe it can be done. Thanks! 🙏
Very interesting, but I'm still not sure where the tea bag goes ?😊
Make it big enough, put it in a tiny house or small apartment fill with water, use the friction tool until it heats up, steam heats up apartment, along with your body's excercise and body heat helping.
Pros?
No power or fire.
Heat.
Freshy boiledz so clean water.
Excercise.
Cons?
How to make it work here it doesn't shoot something.
Might be loud.
Takes up space.
Needs water
Needs you to excercise.
Honestly attach it to a bike, if it was big enough, and shove it in a VERY small room, and you could have a sauna after doing a bunch of cycling.
Im gonna try crunch my brain on how to come up with an invention using this tyndall system and different materials
Is this possible if the system is not enclosed? Would it be theoretically possible to stir a pot of water until it boils?
Theoretically yes, you stir and the friction heats the water......but if you need it for your spaghetti, is not the fastest system!
Here is a video of someone doing that here: ruclips.net/video/GjcOobt9Ef8/видео.html
They also cook eggs with the exact same principle here: ruclips.net/video/Z7UjgdnOFng/видео.html
if the pipe was longer and was connected to a vessel of water (which had a pipe out and back to the tube again like a loop)... And the crank handle also drove a small piston/pump, so the water could be made to pass through the friction heated tube at a certain rate. Would the water would cycle round and get warmer and warmer untill you boiled a whole pot of water? Also, you could have more thatn 1 wooden clamp. this woudl make the crank harder to turn but it would heat more. It would be difficult to have a water tight tube which also spun.
I was thinking about co2 free methods of heating water. But in the end, electric elements are really a type of friction driven by forcing higher current through smaller wires. So cycling a dynamo-generator which powers a kettle directly is probably just a s efficient.
Its interesting that the wood gets hot, (like how people create a fire by rubbing a stick between 2 hands) but in this case the wood wont burn because the heat is taken away by the copper, the wood will only get 100oC
fantastic!
Is this in realtime?? What materials are used for generating the friction?
The video is in real time. The friction is between the rotating copper pipe and a wooden jaw.
@@florencefst Would the jaw not catch fire from the friction if you left it too long?
Normally the heat developed by friction goes to the water. But imagine that all the water is evaporated...in this case the tube and the jaws can be very hot...and the latter eventually could catch fire.
@@florencefst Brilliant! So how about this example. A pipe filled with water which is connected to a tank at the open end of the pipe and the water level in the tank is above the opening of the pipe. At the other end of the pipe with the water inside, it is closed. If you heated the pipe filled with water using friction, would that produce steam in the water tank as the friction heating the pipe turning the water into steam eventually which would then rise up out of the water into the tank?
Apart of the fact that such a system is absolutely useless ...
I am scouring the internet to explain to me how water heats up by friction. Can I find it? No.
The wood rubbing against the metal pipe creates friction, and friction creates heat. The water absorbs the heat inside the pipe. 2nd law of thermodynamics.
They produce heat because the surfaces on small scales are rough like canyons rather than flat like the ocean. As these rough surfaces come into contact with each other they repel. When two atoms are brought very close together they store potential energy. When they move apart that energy becomes kinetic. However, this kinetic energy generally isn't enough to escape the object they are attached to so the energy becomes randomly distributed as kinetic energy exchanged between the atoms of the object also known as thermal energy.
I hear you
Imagine if you do this with a cylinder with full of water and connect with 2 pipes what ends on a airplane propellers wingtips. It mean free energy and rocket speed
Amusing but useless proposal.....
thanks for following channel
Amazing what used to pass as innovative.
Instead hand crank image a waterwheel large scale sized