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monty37
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what is an implosion engine?
monty37 said:what is an implosion engine?
monty37 said:but what about the exhaust ?and is how is this implosion effect enough to drive the piston.
mpopovic said:I truly believe you misunderstood the name of the engine. I mean, in an explosion engine, thne piston will be driven by the combustion of the fuel+air mixture...
Sorry for my bad English, but I'm not a native speaker.
Milena
It may or may not be nonsensical, but unless you give us a link to the patent, we can't tell!monty37 said:ok .i was looking for various principles in engines apart from combustion so ..i stumbled onto this implosion engine.i found it on freepatentsonline .
this thing has also got a patent then why is it nonsensical
CS Bence said:I'll have to ask a chemical engineer, but I can't imagine a situation where a gas so rapidly wants to dissolve in water that it is even possible to drop the pressure above the liquid. And if this did happen, it would probably very slow relative to an internal combustion engine.
[...] I can't imagine getting more than 1 RPM out of this thing. [...] totally inefficient and worthless!
cesiumfrog said:I think you're too hasty, making asertions about efficiency based purely on your lack of imagination.
Q_Goest said:Maybe this is what monty is referring to:
http://www.freepatentsonline.com/3975914.pdf
CS Bence said:I've never seen the coke can experiment, can you explain it in better detail?
monty37 said:http://www.freepatentsonline.com/3975914.html
here is where i saw it. the liquid and gas is being brought together and ..absorption..vacuum..?
Plausible concept, but totally inefficient and worthless!
An implosion engine is a type of engine that uses the implosion of a fuel-air mixture to create a powerful force that drives a piston and generates power.
An implosion engine works by compressing a fuel-air mixture inside a cylinder using a piston. This compression causes the fuel to ignite and explode, creating a powerful force that drives the piston and generates power.
Some potential advantages of an implosion engine include high efficiency, low emissions, and the ability to use a variety of fuels. Additionally, the implosion process can generate a smoother force compared to traditional combustion engines, reducing wear and tear on the engine.
One limitation of an implosion engine is the potential for damage or failure if the fuel-air mixture is not properly controlled. Additionally, the complexity of the engine design and the need for precise timing can make it difficult to manufacture and maintain.
While there have been some experimental implosion engines developed, they are not currently in widespread use. However, research and development in this area continues, and it is possible that implosion engines could become more prevalent in the future as alternative energy sources and technologies are explored.