Document Type
Dissertation
College
College of Engineering
Department
Industrial and Engineering Management
Degree
PhD in Engineering Management
Dissertation Defense Date
2022-05-21
First Advisor
Salmon, Christian
Second Advisor
Niknam, Seyed A.
First Committee Member
Salmon, Christian
Second Committee Member
Ekong, Joseph
Additional Committee Member(s)
Chauhan, Vedang; Salmon, Christian; Cheraghi, Hossein S.
Abstract
"Investigation of the tradeoffs among fabrication cost, design complexity, and thermal performance is additively manufactured metallic heat exchangers. In this dissertation, innovative MMHXs are designed and manufactured using powder bed fusion method. An experimental setup was developed to measure heat transfer and pressure drop for the additively manufactured MMHXs with various Reynolds numbers."
Recommended Citation
Alsulami, Marwan Zweid, "Design complexity, performance, and cost analysis in additively manufactured manifold microchannel heat exchangers" (2022). Doctoral Dissertations - College of Engineering. 4.
https://digitalcommons.law.wne.edu/coedissertations/4
