ddt (rho U) + div (rho U U) – laplacian (mu U) = – grad (p)
Laminar Flow in Pipe [latex size=”2″]Q=\frac{\pi D^4\Delta p}{128\mu L}[/latex] where, $latex Q$ is flow rate, $latex D$ is the inner diameter of the pipe, $latex \Delta p$ is the pressure drop, $latex \mu$ is viscosity, $latex L$ is pipe length. Continue reading Basic Pipe Flow Formula
As soon as I got the Amazon Kindle paperwhite, I bought a book named How Will You Measure Your Life?, written by Clayton M. Christensen, an HBS professor, James Allworth and Karen Dillon. This is very important work, I think. Continue reading How Will You Measure Your Life?
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