...Eva Gurra; Marcello Iasiello; Vincenzo Naso; Wilson K. S. Chiu Additive manufacturing is now a promising option to obtain porous customized structures at relatively low scales. The capability to design structures with tunable heat transfer performance compared to conventional porous materials...

...Jake Boxleitner; Tom Mulholland; Gregory Nellis This work describes the use of deposition-based additive manufacturing (AM) techniques to fabricate air-cooled, two-fluid heat exchangers. The project focused on a Heating, Ventilation and Air Conditioning application and used an industry-standard...

... and discussed. Mechanisms of the melt pool evolution revealed in the present study provide a useful guidance for better controlling the process of additive manufacturing. Email: bianqingfei@126.com Email: tianke120637@163.com Email: lingkongcs@mail.xjtu.edu.cn Email: Yitung.Chen@unlv.edu 1...

... and QM1571 multimeter, which were accurate to ±(0.5% + 2 dgt) and ±(2.5% + 3 dgt), respectively. The orientation of the heat sink varied by mounting the entire insulated test apparatus on a additively manufactured wedge blocks with the desired angle, and all other aspects of the experiment were kept...

...Michael Bichnevicius; David Saltzman; Stephen Lynch Additive manufacturing (AM) enables improved heat exchanger (HX) designs where performance is based on the achievable geometry. However, consequences of the AM process that affect HX performance such as increased surface roughness, dimensional...