Mathematical description of the valveless pulse jet

AI Thread Summary
The discussion focuses on the desire for a mathematical understanding of the internal workings of valveless pulse jets, emphasizing the need for resources that delve into the physics involved, such as combustion, sound waves, and fluid dynamics. Participants express interest in learning more about the Kadenacy effect and its relevance to these engines. A link to a resource that provides qualitative information is shared, but it lacks mathematical detail. There is also a suggestion to consider posting in a mechanical engineering subforum for broader engagement. The conversation highlights a gap in available literature that combines theoretical and mathematical insights into valveless pulse jet technology.
jonjacson
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Well I want to understand the internal working off the valveless pulse jet, I have red something but everything is qualitative, I would like to ask to you if you know some book describing every process off this kind of engines mathly, including the kadenacy effect.

You have a lot of physics into that device : combustion , sound waves, fluid motion, heat transfer, helmholtz resonance...


Here there is some information, but it doesn't use maths:

http://jetzilla.com/topic_003_01.html


I think it's interesting, we can learn a lot from this.




Pd: this is my first post, if you see something wrong or similar, please tell me, thanks.
 
Physics news on Phys.org
Perhaps ,¿do you think that i should post this thread in the "mechanical engineering" subforum?
 
¿nobody is interested?:frown:
 

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