High heat flux removal from a single-side heated monoblock using flow boiling

RD Boyd, A Ekhlassi, P Cofie, H Zhang - … journal of heat and mass transfer, 2004 - Elsevier
The robust design of one-side-heated plasma-facing components and other high heat flux
components is dependent on knowing the local distribution of inside wall heat flux in the flow …

Conjugate heat transfer measurements in a non-uniformly heated circular flow channel under flow boiling conditions

RD Boyd Sr, P Cofie, A Ekhlassi - International journal of heat and mass …, 2002 - Elsevier
Plasma-facing components (PFCs) for fusion reactors and high heat flux heat sinks for
electronic applications, are usually subjected to a peripherally non-uniform heat flux. The …

Single-side heated monoblock, high heat flux removal using water subcooled turbulent flow boiling

RD Boyd Sr, P Cofie, H Zhang… - J. Heat …, 2004 - asmedigitalcollection.asme.org
Plasma-facing components for fusion reactors and other high heat flux heat sinks are
subjected to a peripherally nonuniform heat flux. The monoblock test section under study is …

Measurements of three-dimensional, local subcooled flow boiling heat flux and related critical heat flux for PFCs

RD Boyd, P Cofie, A Ekhlassi - Fusion technology, 2001 - Taylor & Francis
The optimized design of one-side-heated plasma-facing components (PFC) is dependent on
knowing the local distribution of inside wall heat flux in the flow channels. The local inside …

Institute for High Heat Flux Removal (IHHFR). Phases I, II, and III

RD Boyd - 2014 - osti.gov
The IHHFR focused on interdisciplinary applications as it relates to high heat flux
engineering issues and problems which arise due to engineering systems being …

High Heat Flux Removal Using Water Subcooled Flow Boiling in a Single-Side Heated Monoblock Channel

RD Boyd, A Ekhlassi, P Cofie… - ASME …, 2003 - asmedigitalcollection.asme.org
Optimized and robust designs of one-side-heated plasmafacing components and other high
heat flux components is dependent on knowing the local distribution of inside wall heat flux …