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mw11

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- TL;DR Summary
- Imagine a wind speed of 'W' (variable), rotating funnel of 'X' diameter that narrows and then conveys flow through a 'Y' diameter, 'Z' length pipe until it hits a 'Y' diameter check valve. What is the minimum cracking pressure needed of the check valve, provided the variables above?

Imagine a wind speed of 'W' (variable), rotating funnel of 'X' diameter that narrows and then conveys flow through a 'Y' diameter, 'Z' length pipe until it hits a 'Y' diameter check valve. What is the minimum cracking pressure needed of the check valve, provided the variables above?

I am hoping to understand the equation that can be used to understand if/how the captured wind could be compressed via a funnel type apparatus against the check valve, and exceed the cracking pressure thus allowing flow to occur.

I am hoping to understand the equation that can be used to understand if/how the captured wind could be compressed via a funnel type apparatus against the check valve, and exceed the cracking pressure thus allowing flow to occur.