Abstract

Metal Honeycomb (MH) is a plug-in unit for heat transfer enhancement, which has a large specific surface adjustable range, high heat conductivity and excellent geometric plasticity. The continuous waste heat recovery processes are simulated by FLUENT with inserted MH and ceramic honeycomb(CH) at the same shape and dimension. By comparing the heat exchange of MH with CH, it is found that the heat recovery device with MH has better performance and smaller pressure loss than that with CH.

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