Скачать или смотреть [TUTORIAL] DIY fluidyne thermoacoustic 'Stirling' engine (step by step instructions) "OXIMORON"

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[TUTORIAL] DIY fluidyne thermoacoustic 'Stirling' engine (step by step instructions) "OXIMORON"

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This tutorial shows step by step how to build an inexpensive and simple "oximoron" Stirling engine/pulse tube Stirling/Lamina flow engine/liquid lamina or fluidyne.

If you want to build your own engine:
Aliexpress // Test tubes are available here in 5pcs package: https://s.click.aliexpress.com/e/_9J4mnm
U-shaped tube available here: https://s.click.aliexpress.com/e/_Af0sqy
Amazon// Test tubes are available here: https://amzn.to/3mpJhqX
U-shaped tube available here: https://amzn.to/3pgN1Nl

Thanks for your watching and all the comments you wrote to me! I'll answer it ASAP!

BLADE

This is a simple water piston engine what I called "OXIMORON" heat engine because this is a thermoacoustical heat engine with NO noise! Acoustical engine with no noise???
This is an Oximoron. :D

The Thermal lag engine invented by Tailer in 1995. This is an external combustion heat engine, a Stirling like engine. Yes, just "like" because the cycle looks like Stirling but not really effective as the original Stirling cycle.
The engine has no solid moving parts in, just a power piston. This type of engine is on the edge between the mechanical and the acoustical Stirling engines. It works on a resonant point. The frequency is tunable with few parameters as I mentioned in my video. The prime mover version works with heat input in resonance. The changed version when we drive the piston to create oscillation what they called Pulse tube engine could create cryo tempretures easily in one step, and the inefficiency is not really important in this segment. The best performance is critical so the resonant working method is important.
So this is a perfectly tuned acoustic system. Actually this prime mover one as a desktop engine only a randomly auto tuned one.

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BLADE