
Anthony Mills
· ProfessorUniversity of California, Los Angeles · Mechanical and Aerospace Engineering
Active 1924–2023
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About
Anthony Mills is a Professor Emeritus in the Department of Mechanical and Aerospace Engineering at UCLA Samueli School of Engineering. His research interests include convective heat and mass transfer, condensation heat transfer, turbulent flows, ablation and transpiration cooling, and perforated plate heat exchangers. His work focuses on understanding and advancing the fundamental principles of heat transfer and fluid dynamics, contributing to the development of cooling technologies and thermal management systems.
Research topics
- Physics
- Thermodynamics
- Mathematics
- Mechanics
- Classical mechanics
Selected publications
Natural convection of microparticle suspensions in thin enclosures
International Journal of Heat and Mass Transfer · 2008-01-28 · 83 citations
articleCorrespondingEffect of aspect ratio on forced convection heat transfer from cylinders
International Journal of Heat and Mass Transfer · 2003-11-01 · 33 citations
articleSenior author2018-05-04 · 19 citations
book1st authorCorrespondingThis complete reference book covers topics in heat and mass transfer, containing extensive information in the form of interesting and realistic examples, problems, charts, tables, illustrations, and more. Heat and Mass Transfer emphasizes practical processes and provides the resources necessary for performing accurate and efficient calculations.This excellent reference comes with a complete set of fully integrated software available for download at crcpress.com, consisting of 21 computer program…
Ultra Low Pressure-Drop Helium-Cooled Porous-Tungsten PFC
Fusion Science & Technology · 2007-10-01 · 18 citations
articleA new class of helium-cooled high heat-flux plasma facing heat exchanger (HX) concept is presented. These unique “Foam-In-Tube” HX concepts are composed of a thin tungsten shell integrally bonded to an open-cell tungsten foam core. High heat flux tests show maximum heat loads of 22.4 MW/m2 using 4 MPa helium at a flow rate of 27 g/s. Based on these impressive performance results, a unique and scalable heat exchanger channel with ultra-low pressure drop through the porous foam is presented. The p…
Interfacial shear in downward two-phase annular co-current flow
International Journal of Multiphase Flow · 2001-06-01 · 14 citations
articleSenior author
Frequent coauthors
- 11 shared
V. E. Denny
- 8 shared
A.T. Wassel
- 5 shared
Andrzej Wortman
iStar
- 5 shared
Daniel Chung
University of Melbourne
- 4 shared
Byong Hoon Chang
University of California, Los Angeles
- 4 shared
B. H. Chang
- 4 shared
A. Pesaran
- 4 shared
Baek Youn
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