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Proc. ASME. HT2017, Volume 2: Heat Transfer Equipment; Heat Transfer in Multiphase Systems; Heat Transfer Under Extreme Conditions; Nanoscale Transport Phenomena; Theory and Fundamental Research in Heat Transfer; Thermophysical Properties; Transport Phenomena in Materials Processing and Manufacturing, V002T11A014, July 9–12, 2017

Paper No: HT2017-4977

DOI: https://doi.org/10.1115/HT2017-4977

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Topics: Bubbles, Channel flow, Heat transfer, Wakes, Boundary-value problems, Fluids, Simulation, Flow (Dynamics), Heat, Jets

Proceedings Papers

Numerical Investigation of Flow Structure and Heat Transfer Produced by a Single Highly Confined Bubble in a Pressure-Driven Channel Flow

John R. Willard, D. Keith Hollingsworth

Proc. ASME. HT2016, Volume 2: Heat Transfer in Multiphase Systems; Gas Turbine Heat Transfer; Manufacturing and Materials Processing; Heat Transfer in Electronic Equipment; Heat and Mass Transfer in Biotechnology; Heat Transfer Under Extreme Conditions; Computational Heat Transfer; Heat Transfer Visualization Gallery; General Papers on Heat Transfer; Multiphase Flow and Heat Transfer; Transport Phenomena in Manufacturing and Materials Processing, V002T21A002, July 10–14, 2016

Paper No: HT2016-1060

DOI: https://doi.org/10.1115/HT2016-1060

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Topics: Bubbles, Channel flow, Flow (Dynamics), Heat transfer, Pressure, Vortices, Fluids, Boundary-value problems, Nucleation (Physics), Simulation

Proceedings Papers

Comparing the Enhancement of Heat Transfer Caused by Sliding Gas Bubbles and by Sliding Vapor Bubbles in Subcooled Flow in a Minichannel

Khaled E. Albahloul, D. Keith Hollingsworth, Larry C. Witte, Arif B. Ozer

Proc. ASME. HT2013, Volume 2: Heat Transfer Enhancement for Practical Applications; Heat and Mass Transfer in Fire and Combustion; Heat Transfer in Multiphase Systems; Heat and Mass Transfer in Biotechnology, V002T07A042, July 14–19, 2013

Paper No: HT2013-17070

DOI: https://doi.org/10.1115/HT2013-17070

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Topics: Bubbles, Flow (Dynamics), Heat transfer, Subcooling, Vapors, Temperature, Bubbly flow, Evaporation, Fluids, Imaging

Proceedings Papers

A Method of Concurrent Thermographic-Photographic Visualization of Flow Boiling in a Minichannel

Arif B. Ozer, Ahmet F. Oncel, D. Keith Hollingsworth, Larry C. Witte

Proc. ASME. IHTC14, 2010 14th International Heat Transfer Conference, Volume 1, 619-627, August 8–13, 2010

Paper No: IHTC14-23107

DOI: https://doi.org/10.1115/IHTC14-23107

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Topics: Boiling, Flow (Dynamics), Photography, Visualization, Bubbles, Glass, Heat transfer coefficients, Nucleation (Physics), Temperature, Aluminum

Journal Articles

Enhancement of Heat Transfer Behind Sliding Bubbles

D. Keith Hollingsworth, Larry C. Witte, Marcelino Figueroa

J. Heat Transfer. December 2009, 131(12): 121005.

DOI: https://doi.org/10.1115/1.3216039

Published Online: October 15, 2009

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Topics: Bubbles, Heat transfer, Wakes, Temperature

Proceedings Papers

Enhancement of Heat Transfer Behind Sliding Bubbles

Marcelino Figueroa, D. Keith Hollingsworth, Larry C. Witte

Proc. ASME. HT2007, ASME/JSME 2007 Thermal Engineering Heat Transfer Summer Conference, Volume 2, 245-254, July 8–12, 2007

Paper No: HT2007-32400

DOI: https://doi.org/10.1115/HT2007-32400

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Topics: Bubbles, Heat transfer, Heat transfer coefficients, Temperature, Wakes, Cooling, Heat, Liquid crystals, Natural convection, Shapes

Proceedings Papers

The Thickness of the Liquid Microlayer Between a Sliding Bubble and a Heated Wall: Comparison of Models to Experimental Data

Xin Li, D. Keith Hollingsworth, Larry C. Witte

Proc. ASME. IMECE2007, Volume 8: Heat Transfer, Fluid Flows, and Thermal Systems, Parts A and B, 1211-1219, November 11–15, 2007

Paper No: IMECE2007-44028

DOI: https://doi.org/10.1115/IMECE2007-44028

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Topics: Bubbles, Heat transfer coefficients, Lasers, Temperature, Vapors

Proceedings Papers

Measurement of the Thickness of the Liquid Microlayer Between a Sliding Bubble and a Heated Wall

Xin Li, D. Keith Hollingsworth, Larry C. Witte

Proc. ASME. HT2005, Heat Transfer: Volume 2, 431-441, July 17–22, 2005

Paper No: HT2005-72349

DOI: https://doi.org/10.1115/HT2005-72349

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Topics: Bubbles, Lasers, Probes, Shapes, Vapors, Aluminum plate, Calibration, Construction, Energy budget (Physics), Fibers

Proceedings Papers

The Effect of Martian Dust on Radiator Performance

D. Keith Hollingsworth, Larry C. Witte, Jaime Hinke, Kathryn Hurlbert

Proc. ASME. HT-FED2004, Volume 3, 221-227, July 11–15, 2004

Paper No: HT-FED2004-56577

DOI: https://doi.org/10.1115/HT-FED2004-56577

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Topics: Dust, Temperature, Coatings, Aluminum, Heating, Nitrogen, Polishing, Vacuum

Proceedings Papers

Liquid Crystal Imaging of Flow Boiling in Minichannels

D. Keith Hollingsworth

Proc. ASME. ICMM2004, ASME 2nd International Conference on Microchannels and Minichannels, 57-66, June 17–19, 2004

Paper No: ICMM2004-2320

DOI: https://doi.org/10.1115/ICMM2004-2320

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Topics: Boiling, Flow (Dynamics), Imaging, Liquid crystals, Fluids, Heat transfer, Heat transfer coefficients, Refrigerants, Temperature, Thermography

Journal Articles

The Thickness of the Liquid Microlayer Between a Sliding Bubble and a Heated Wall: Comparison of Models to Experimental Data

D. Keith Hollingsworth, Xin Li, Larry C. Witte

J. Heat Transfer. November 2008, 130(11): 111501.

DOI: https://doi.org/10.1115/1.2957485

Published Online: September 3, 2008

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Topics: Bubbles

Journal Articles

The Thickness of the Liquid Microlayer Between a Cap-Shaped Sliding Bubble and a Heated Wall: Experimental Measurements

Xin Li, D. Keith Hollingsworth, Larry C. Witte

J. Heat Transfer. September 2006, 128(9): 934–944.

DOI: https://doi.org/10.1115/1.2241858

Published Online: February 3, 2006

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Topics: Bubbles, Probes, Fibers

Journal Articles

Heat Transfer Enhancement Caused by Sliding Bubbles

Baris B. Bayazit, D. Keith Hollingsworth, Larry C. Witte

J. Heat Transfer. June 2003, 125(3): 503–509.

DOI: https://doi.org/10.1115/1.1565090

Published Online: May 20, 2003

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Topics: Bubbles, Heat transfer, Temperature

Journal Articles

Heat Transfer in Turbulent Boundary Layers Subjected to Free-Stream Turbulence—Part I: Experimental Results

Michael J. Barrett, Mem. ASME, D. Keith Hollingsworth, Mem. ASME,

J. Turbomach. April 2003, 125(2): 232–241.

DOI: https://doi.org/10.1115/1.1538622

Published Online: April 23, 2003

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Topics: Boundary layer turbulence, Heat transfer, Turbulence, Boundary layers, Wire, Skin friction (Fluid dynamics), Uncertainty, Enthalpy

Journal Articles

Heat Transfer In Turbulent Boundary Layers Subjected to Free-Stream Turbulence—Part II: Analysis and Correlation

Michael J. Barrett, Mem. ASME,, D. Keith Hollingsworth, Mem. ASME,

J. Turbomach. April 2003, 125(2): 242–251.

DOI: https://doi.org/10.1115/1.1538623

Published Online: April 23, 2003

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Topics: Boundary layer turbulence, Boundary layers, Heat transfer, Turbulence, Flow (Dynamics), Reynolds number, Electromagnetic scattering

Journal Articles

Convective Heat Transfer in Vertical Asymmetrically Heated Narrow Channels

Yun Chin, Muthu S. Lakshminarasimhan, Qing Lu, D. Keith Hollingsworth, Larry C. Witte

J. Heat Transfer. December 2002, 124(6): 1019–1025.

DOI: https://doi.org/10.1115/1.1497356

Published Online: December 3, 2002

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Topics: Flow (Dynamics), Temperature, Turbulence, Liquid crystals, Laminar flow, Forced convection, Convection, Fluids, Heat transfer, Temperature measurement

Journal Articles

On the Calculation of Length Scales for Turbulent Heat Transfer Correlation

Michael J. Barrett, Asst. Professor Mem. ASME, D. Keith Hollingsworth, Assoc. Professor Mem. ASME

J. Heat Transfer. October 2001, 123(5): 878–883.

DOI: https://doi.org/10.1115/1.1391277

Published Online: December 18, 2000

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Topics: Boundary layer turbulence, Boundary layers, Computational methods, Energy dissipation, Flow (Dynamics), Heat transfer, Reynolds number, Shear (Mechanics), Turbulence, Turbulent heat transfer

Journal citation

NARROW

Numerical Investigation of Heat Transfer in the Wake of a Single Highly Confined Bubble in a Horizontal Minichannel

Numerical Investigation of Flow Structure and Heat Transfer Produced by a Single Highly Confined Bubble in a Pressure-Driven Channel Flow

Heat Transfer in the Wake of a Highly Confined Bubble in Horizontal Channel Flow

Numerical Investigation of Flow Structure and Heat Transfer Produced by a Single Highly Confined Bubble in a Pressure-Driven Channel Flow

Comparing the Enhancement of Heat Transfer Caused by Sliding Gas Bubbles and by Sliding Vapor Bubbles in Subcooled Flow in a Minichannel

A Method of Concurrent Thermographic-Photographic Visualization of Flow Boiling in a Minichannel

Enhancement of Heat Transfer Behind Sliding Bubbles

Enhancement of Heat Transfer Behind Sliding Bubbles

The Thickness of the Liquid Microlayer Between a Sliding Bubble and a Heated Wall: Comparison of Models to Experimental Data

Measurement of the Thickness of the Liquid Microlayer Between a Sliding Bubble and a Heated Wall

The Effect of Martian Dust on Radiator Performance

Liquid Crystal Imaging of Flow Boiling in Minichannels

The Thickness of the Liquid Microlayer Between a Sliding Bubble and a Heated Wall: Comparison of Models to Experimental Data

The Thickness of the Liquid Microlayer Between a Cap-Shaped Sliding Bubble and a Heated Wall: Experimental Measurements

Heat Transfer Enhancement Caused by Sliding Bubbles

Heat Transfer in Turbulent Boundary Layers Subjected to Free-Stream Turbulence—Part I: Experimental Results

Heat Transfer In Turbulent Boundary Layers Subjected to Free-Stream Turbulence—Part II: Analysis and Correlation

Convective Heat Transfer in Vertical Asymmetrically Heated Narrow Channels

On the Calculation of Length Scales for Turbulent Heat Transfer Correlation

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