Abstract
Experimental investigations of hydraulic resistance and heat transfer in channels with intensifiers in the form of systems of spherical protrusions have been generalized in a wide range of working and design parameters. A unified approach to the correlation of experimental data of various investigators with account for the differences in the geometry of heat transfer surfaces has been worked out. Unified universal dependences for the coefficients of hydraulic resistance and heat transfer in channels with spherical protrusions are obtained.
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