Calculating Wind & Water Force: Simple Methods

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The discussion centers on calculating wind force using the formula: speed in mph squared multiplied by 0.0027 to yield pounds per square foot (psf). Participants seek a straightforward method for calculating psf based on water speed, prompting questions about the specifics of the water scenario, including the volume, speed, flow type, and surface area involved. Clarification is requested regarding the units of 0.0027, confirming it relates to the calculation of psf. The conversation highlights the need for precise parameters to effectively calculate water force. Overall, the thread emphasizes the importance of understanding both wind and water dynamics in force calculations.
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To calculate the force of wind I use the following simple method: Speed in mph^2 x .0027 = psf. Anyone know of a simple method of calculating psf using the speed of water? Please.
 
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zeroonezero said:
To calculate the force of wind I use the following simple method: Speed in mph^2 x .0027 = psf. Anyone know of a simple method of calculating psf using the speed of water? Please.

What is "psf"? Pounds per square foot? And what units does 0.0027 have?

Re: Your water question...

How much water? At what speed? Turbulent or laminar flow? What is the surface area you're considering?
 
I built a device designed to brake angular velocity which seems to work based on below, i used a flexible shaft that could bow up and down so i could visually see what was happening for the prototypes. If you spin two wheels in opposite directions each with a magnitude of angular momentum L on a rigid shaft (equal magnitude opposite directions), then rotate the shaft at 90 degrees to the momentum vectors at constant angular velocity omega, then the resulting torques oppose each other...

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