Abstract
The analysis of existing methods of surface enhancing for in-tube intensification of heat-exchange processes is presented. Approved variants of using the method of deformational cutting for the increasing the inner surface of heat-exchange tubes are proposed, including principles, schemes of realization, designs of tools and attachments. Photos of macrostructured surfaces and heat exchange intensifiers obtained inside the tubes to increase the efficiency of convective, condensing and boiling heat transfer is presented.
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