Momentum and Heat Transfer for Flow Inside Eccentric Annuli.
Technical rept., Feb-Jun 69,
AIR FORCE WEAPONS LAB KIRTLAND AFB N MEX
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A unique solution is developed for determining the temperature distribution in the walls of three eccentric annuli. This solution also includes the development of a velocity-profile equation for eccentric annuli using the Hagen-Poisuille theory to obtain Lambs equation for laminar flows in straight, concentric annuli under isothermal conditions. The final derived equation for momentum transfer accounts for turbulence and nonisothermal conditions. A computer program has been written in Fortran. A comparison is made between the theoretical predictions and experimental data. Author
- Fluid Mechanics