Forced heat exchange tube

Abstract

The invention disclose a intensive heat conducting tube applied to high mucosity liquor cooler, heater or cooling device in air compressor on energy, power, fossil, chemistry fields. It comprises exterior basal tube, inner core tube with two ends jamming and wave wing fins set between the inner core tube and exterior basal tube arranged along inner core tube uniformly. Set two or more through holes on the side wall of the wave wing fins. In consequence that there are holes on the wave wing fins, the inner flowing channel of the tube is a non-complete-separated round flowing channel. The inner wing fin with holes increases the flowing speed gradient with disturbing the border layer improving the association between fluid speed and the temperature gradient. Meanwhile due to the number of fins and the holes on the fins, the heat exchanger performance is enhanced so to lower the size of heat exchanging device and lower the production cost.

Description

technical field [0001] The invention relates to an enhanced heat exchange tube, in particular to an enhanced heat exchange tube used in high-viscosity fluid coolers (such as oil coolers), heaters, or intercoolers of air compressors in the fields of energy, power, petroleum, and chemical industry. Heat pipe. Background technique [0002] In high-viscosity fluid coolers, heaters or intercoolers of air compressors, in order to enhance the heat transfer in the tubes, inner fins are installed in the tubes to increase the heat transfer area and reduce the thermal resistance of the fluid. However, in the currently used light pipes, along the direction of fluid flow, the boundary layer formed by the fluid on the surface of the fins will gradually thicken, making the coordination between the velocity and temperature gradient worse, thereby reducing the heat transfer performance. In order to further improve the heat transfer performance of the finned tube heat exchanger, an inner fin...

AI Technical Summary

Problems solved by technology

However, in the currently used light pipes, due to the direction of fluid flow, the boundary layer formed by the fluid on the surface of the fin will gradually thicken, making the coordination of velocity and temperature gradient worse, which will reduce the heat transfer performance.

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