Cross sectional area of cylinder?

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Homework Help Overview

The discussion revolves around the concept of cross-sectional area in relation to a cylinder, specifically in the context of Darcy's Law and fluid flow through porous media.

Discussion Character

  • Exploratory, Assumption checking, Conceptual clarification

Approaches and Questions Raised

  • Participants are questioning the relevance of Darcy's Law to the cross-sectional area of a cylinder and seeking clarification on the type of cylinder being referenced. There are inquiries about the method of determining the cross-section and its implications for fluid flow.

Discussion Status

The discussion is ongoing, with participants actively seeking clarification and additional information. Some have provided context about Darcy's Law, but there is no clear consensus or resolution yet.

Contextual Notes

There are indications of missing information regarding the specific type of cylinder and the context in which the cross-sectional area is being considered. Participants express a need for more foundational knowledge about Darcy's Law and its application.

ElectricMile
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using Darcys law...

...what is Cross sectional area of cylinder?
 
Physics news on Phys.org
1.Who's Darcy...?
2.What kind of cylinder are you talking about...?
3.How is that cross-section performed...?

A graph and an explanation about this guy & his law wuld be helpful for everyone.Don't u find weird that nobody gave a reply in 4 hours...?

Daniel.
 
How does the study of waterflow through porous media relate to the cross sectional area of a cylinder (which would depend on how you take the cross section)?
 
Here's what I found googling "Darcy's Law":

"Darcy's Law is a generalized relationship for flow in porous media. It shows the volumetric flow rate is a function of the flow area, elevation, fluid pressure and a proportionality constant. It may be stated in several different forms depending on the flow conditions. Since its discovery, it has been found valid for any Newtonian fluid. Likewise, while it was established under saturated flow conditions, it may be adjusted to account for unsaturated and multiphase flow. The following outlines its common forms and assumes water is the working fluid unless otherwise stated."

I don't know how you would use that to find the cross sectional area of a cylinder!
 

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