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Proceedings Papers

3-D Convection in 2-D Boundary Layers: First Progress Report

John K. Eaton, Debiit Mukerii, Robert J. Moffat, Keith A. Batchelder

Proc. ASME. IMECE97, Heat Transfer: Volume 3, 187-189, November 16–21, 1997

Publisher: American Society of Mechanical Engineers

Paper No: IMECE1997-0908

https://doi.org/10.1115/IMECE1997-0908

View Paper titled, 3-D Convection in 2-D Boundary Layers: First Progress Report

Topics: Boundary layers, Convection, Gages, Wall temperature, Heat flux, Heat transfer, Temperature, Thermal diffusion

Proceedings Papers

A New Correlation for Temperature Rise Correction of Heat Flux Gages

Debjit Mukerji, John K. Eaton, Robert J. Moffat

Proc. ASME. IMECE98, Heat Transfer: Volume 5 — Numerical and Experimental Methods in Heat Transfer, 631-636, November 15–20, 1998

Publisher: American Society of Mechanical Engineers

Paper No: IMECE1998-0785

https://doi.org/10.1115/IMECE1998-0785

View Paper titled, A New Correlation for Temperature Rise Correction of Heat Flux Gages

Topics: Gages, Heat flux, Temperature, Wall temperature, Algorithms, Boundary layer turbulence, Error analysis, Metals, Transients (Dynamics), Turbulent heat transfer

Journal Articles

Full-Field Flow Measurements and Heat Transfer of a Compact Jet Impingement Array With Local Extraction of Spent Fluid

Andrew J. Onstad, Christopher J. Elkins, Robert J. Moffat, John K. Eaton

Publisher: ASME

J. Heat Mass Transfer. August 2009, 131(8): 082201.

https://doi.org/10.1115/1.3109991

Published Online: June 4, 2009

View Article titled, Full-Field Flow Measurements and Heat Transfer of a Compact Jet Impingement Array With Local Extraction of Spent Fluid

Topics: Flow (Dynamics), Fluids, Heat transfer, Jets, Magnetic resonance, Reynolds number, Geometry, Cooling

Journal Articles

A Method for Determining the Heat Transfer Properties of Foam-Fins

Robert J. Moffat, John K. Eaton, Andrew Onstad

Publisher: ASME

J. Heat Mass Transfer. January 2009, 131(1): 011603.

https://doi.org/10.1115/1.2977599

Published Online: October 22, 2008

View Article titled, A Method for Determining the Heat Transfer Properties of Foam-Fins

Topics: Fins, Flow (Dynamics), Foams (Chemistry), Heat exchangers, Heat transfer, Temperature, Temperature distribution

Proceedings Papers

h ADIABATIC and u’ MAX

Robert J. Moffat

Proc. ASME. IMECE2003, Electronic and Photonic Packaging, Electrical Systems and Photonic Design, and Nanotechnology, 565-575, November 15–21, 2003

Publisher: American Society of Mechanical Engineers

Paper No: IMECE2003-42176

https://doi.org/10.1115/IMECE2003-42176

View Paper titled, h ADIABATIC and u’ MAX

Topics: Computational fluid dynamics, Computer cooling, Coolants, Design, Heat transfer, Heat transfer coefficients, Temperature, Turbulence

Proceedings Papers

A Proposed Method for Determining the Heat Transfer Properties of Foam-Fins

Robert J. Moffat, John K. Eaton, Andrew Onstad

Proc. ASME. IMECE2006, Heat Transfer, Volume 1, 277-283, November 5–10, 2006

Publisher: American Society of Mechanical Engineers

Paper No: IMECE2006-13237

https://doi.org/10.1115/IMECE2006-13237

View Paper titled, A Proposed Method for Determining the Heat Transfer Properties of Foam-Fins

Topics: Fins, Heat transfer, Heat exchangers, Electrical conductance, Foams (Chemistry), Design, Design methodology, Flow (Dynamics), Shapes, Temperature distribution

Journal Articles

Experimental Estimate of the Continuous One-Dimensional Kernel Function in a Rectangular Duct With Forced Convection

Jinny Rhee, Robert J. Moffat

Publisher: ASME

J. Heat Mass Transfer. August 2006, 128(8): 811–818.

https://doi.org/10.1115/1.2227039

Published Online: January 17, 2006

View Article titled, Experimental Estimate of the Continuous One-Dimensional Kernel Function in a Rectangular Duct With Forced Convection

Topics: Ducts, Forced convection, Heat flux, Plates (structures), Reynolds number, Temperature, Turbulence, Flow (Dynamics), Uncertainty, Temperature distribution

Journal Articles

h adiabatic and u max ′

Robert J. Moffat

Publisher: ASME

J. Electron. Packag. December 2004, 126(4): 501–509.

https://doi.org/10.1115/1.1827265

Published Online: January 24, 2005

View Article titled, h adiabatic and u max ′

Topics: Computational fluid dynamics, Flow (Dynamics), Heat transfer, Temperature, Turbulence, Heat transfer coefficients, Heat conduction, Heating, Coolants, Computer cooling

Journal Articles

Convective Heat Transfer Near One-Dimensional and Two-Dimensional Wall Temperature Steps

Debjit Mukerji, John K. Eaton, Robert J. Moffat

Publisher: ASME

J. Heat Mass Transfer. April 2004, 126(2): 202–210.

https://doi.org/10.1115/1.1650387

Published Online: May 4, 2004

View Article titled, Convective Heat Transfer Near One-Dimensional and Two-Dimensional Wall Temperature Steps

Topics: Boundary layers, Heat transfer, Temperature, Turbulence, Wall temperature, Convection, Boundary-value problems

Journal Articles

The Adiabatic Heat Transfer Coefficient and the Superposition Kernel Function: Part 1—Data for Arrays of Flatpacks for Different Flow Conditions

Ann M. Anderson, Robert J. Moffat

Publisher: ASME

J. Electron. Packag. March 1992, 114(1): 14–21.

https://doi.org/10.1115/1.2905435

Published Online: March 1, 1992

View Article titled, The Adiabatic Heat Transfer Coefficient and the Superposition Kernel Function: Part 1—Data for Arrays of Flatpacks for Different Flow Conditions

Topics: Flow (Dynamics), Heat transfer coefficients, Heat transfer, Pressure drop, Electronics, Fluctuations (Physics), Forced convection, Heat, Operating temperature, Turbulence

Journal citation

NARROW

3-D Convection in 2-D Boundary Layers: First Progress Report

A New Correlation for Temperature Rise Correction of Heat Flux Gages

Full-Field Flow Measurements and Heat Transfer of a Compact Jet Impingement Array With Local Extraction of Spent Fluid

A Method for Determining the Heat Transfer Properties of Foam-Fins

h ADIABATIC and u’ MAX

A Proposed Method for Determining the Heat Transfer Properties of Foam-Fins

Experimental Estimate of the Continuous One-Dimensional Kernel Function in a Rectangular Duct With Forced Convection

h adiabatic and u max ′

Convective Heat Transfer Near One-Dimensional and Two-Dimensional Wall Temperature Steps

The Adiabatic Heat Transfer Coefficient and the Superposition Kernel Function: Part 1—Data for Arrays of Flatpacks for Different Flow Conditions

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