Project data
Authors D.C. Denkenberger
M.J. Brandemuehl
J. Zhai
Location Michigan, USA
OKH Manifest Open Know-How Manifest Download

Recent theoretical developments in expanded microchannel polymer-based heat exchangers were promising, but the initial experiments underperformed simple theory. In order to understand this discrepancy, this paper introduces a nondestructive methodology for characterizing polymer heat exchangers. A computerized tomography (X-ray) scan was performed to diagnose the problem. The method was tested on the expanded microchannel polymer heat exchanger to determine the variations in geometry between the theoretical and experimental heat exchanger. Channels were found to have variable heights causing flow maldistribution. The results are discussed to guide further technological development of this approach to heat exchanger design and fabrication and lays the groundwork for an advanced discretized modeling.


See also[edit | edit source]

Manufacturing the HX with an open source laser welding system[edit | edit source]

Page data
Part of MOST completed projects and publications
Type Project
Keywords heat exchanger, laser welding, microchannel, optimization, heating, cooling, open source hardware, designs, energy conservation, energy efficiency
Published 2018
License CC-BY-SA-4.0
Impact Number of views to this page and its redirects. Updated once a month. Views by admins and bots are not counted. Multiple views during the same session are counted as one. 119
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