Difference between revisions of "Gray correlation"
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== Math & Physics == | == Math & Physics == | ||
Following the law of conservation of energy the basic steady state flow equation is: | Following the law of conservation of energy the basic steady state flow equation is: | ||
| − | :<math> 144 \frac{\Delta p}{\Delta h} = [\rho_g H_g + \rho_L (1-H_g)] + \rho_m \frac{f | + | :<math> 144 \frac{\Delta p}{\Delta h} = [\rho_g H_g + \rho_L (1-H_g)] + \rho_m \frac{f v_m^2 }{2 g_c D} + \rho_m \frac{\Delta{(\frac{v_m^2}{2g_c}})}{\Delta h}</math><ref name="Gray" /> |
== Discussion == | == Discussion == | ||
Revision as of 12:13, 4 April 2017
Brief
- The boundary between the bubble and slug flow[1]
Math & Physics
Following the law of conservation of energy the basic steady state flow equation is:
![144 \frac{\Delta p}{\Delta h} = [\rho_g H_g + \rho_L (1-H_g)] + \rho_m \frac{f v_m^2 }{2 g_c D} + \rho_m \frac{\Delta{(\frac{v_m^2}{2g_c}})}{\Delta h}](/images/math/4/a/2/4a29b6936a25231ffeecf44d6a3b7dd5.png)
