What are some resources for modeling fluid flow in porous mediums?

AI Thread Summary
A model for the bone marrow biopsy procedure is being developed to explore pain reduction methods, starting with fluid flow in porous media. Recommendations include studying Darcy's law and accessing various academic resources, including textbooks and journal articles, to understand fluid dynamics in this context. Suggestions for permanent access ports in bones to minimize repeated procedures were also discussed. Additionally, a position at the University of Leeds focuses on computational tools for modeling fluid flow in porous bone structures. The conversation highlights the need for improved methods in delivering treatments directly to affected areas.
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I'm trying to create a model of the procedure of having a bone marrow biopsy done in order to seek ways of eliminating the pain which one has to endure during this process. I'll need to start with modeling fluid flow in a porous medium but this is something I've never done before and have never seen done. Does anyone know of a decent text which I can pick up which touches base on this specific topic of fluid flow in a porous medium?

Pete
 
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pmb_phy said:
I'm trying to create a model of the procedure of having a bone marrow biopsy done in order to seek ways of eliminating the pain which one has to endure during this process. I'll need to start with modeling fluid flow in a porous medium but this is something I've never done before and have never seen done. Does anyone know of a decent text which I can pick up which touches base on this specific topic of fluid flow in a porous medium?
Pete
For starters, check up on Darcy's law.
 
Sorry to hear that you're still having to go through that, pmb. Is the biopsy always done in the same area? The reason that I ask is because I'm wondering why they can't install a permanent access port, such as a cobalt or SS spigot, in the bone to save having to bore holes every time.
 
Adding to arildno's comment - http://en.wikipedia.org/wiki/Darcy's_Law

http://en.wikipedia.org/wiki/Groundwater_flow_equation

http://www.fys.uio.no/~eaker/thesis/node4.html

Some background - http://www.jgmaas.com/scores/facts.html

Most detailed discussions are found in journal articles or textbooks which one must purchase.

Here is a text - http://www.midlandit.co.uk/particletechnology/ - but I do not know if it is what you want. Excerpt from Chapter 3 - http://www.midlandit.co.uk/particletechnology/fluidflow.pdf

Here is an article which may be of interest - http://epubs.siam.org/sam-bin/dbq/article/39276 (must be purchased, or locate it in a university library)

Interestingly - the University of Leeds, School of Mechanical Engineering has a position for a Fellow who will develop a series of computational tools for modelling the flow of injectable cements into porous bone structures. http://wwwnotes2.leeds.ac.uk/jobs/unijob.nsf/0/e9825f52248c3bcc8025709a003a8d62?OpenDocument

If your the one having a bone marrow biopsy, sorry to hear that. My brother went through that and chemotherapy - and it was most unpleasant. I think there is need to deliver chemotherapeutical compounds directly to the point of interest rather than poisoning the whole body.
 
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