{"Page SDG":["SDG09 Industry innovation and infrastructure"],"Page URL":["https://www.appropedia.org/Experimental_Characterization_of_Heat_Transfer_in_an_Additively_Manufactured_Polymer_Heat_Exchanger"],"Page affiliations":["Category:MOST","Category:Michigan Technological University"],"Page description":["Additive-made polymer heat exchangers are examined through lab results on heat flow and design benefits, with Appropedia offering guidance for practical use."],"Page image":["File:Hxpol.png"],"Page keywords":["Polymer heat exchanger","plastic heat exchangers","advanced heat exchangers","layer-by-layer line welding additive manufacturing","process intensification","polymer welding","laser welding","polymer laser welding","additive manufacturing","open hardware","linear low density polyethylene","LLDPE","heat exchangers","Open source hardware"],"Page language":["en"],"Page license":["CC-BY-SA-3.0"],"Page title tag":["Heat Transfer in Additive Manufactured Polymer Heat Exchanger"],"Page views":[602],"Page year":["Friday, 01-Jan-16 00:00:00 UTC"],"Project authors":["User:J.M.Pearce","Serguei V. Dessiatoun","Michael M. Ohadi","Martinus A. Arie","Amir H. Shooshtari","Ratnesh Tiwari"],"Project coordinates":["43.621194444444, -84.682433333333"],"Project location":["Michigan, USA"],"Project status":["Designed","Modelled","Prototyped"],"Project thumb":["https://www.appropedia.org/w/images/thumb/a/a9/Hxpol.png/330px-Hxpol.png"],"Modification date":["Friday, 09-Jan-26 00:09:47 UTC"]}