Search Results | J. Fluids Eng. | ASME Digital Collection

1-20 of 2073

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Journal Articles

Numerical Investigation of Supersonic Air-to-Air Ejectors Including Design Effects on Entrainment Efficiency

Bruno Sicuro, Vinicius Malatesta, Ramon Papa

J. Fluids Eng.

Paper No: FE-22-1164

DOI: https://doi.org/10.1115/1.4055228

Published Online: August 12, 2022

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Topics: Design, Ejectors, Computational fluid dynamics, NASA, Turbulence, Aircraft, Nozzles, Physics

Journal Articles

Cavitation Suppression and Design Optimization in a Cryogenic Liquid Turbine Expander Based On Thermodynamic Cavitation and Entropy Production Analysis

Shan Sun, Peng Song, Jinju Sun, Wanyou Sun

J. Fluids Eng.

Paper No: FE-22-1261

DOI: https://doi.org/10.1115/1.4055179

Published Online: August 6, 2022

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Topics: Cavitation, Design, Entropy, Optimization, Turbines, Impellers, Swirling flow, Diffusers, Flow (Dynamics), Energy dissipation

Journal Articles

Machine-Learning-Based Reconstruction of Turbulent Vortices From Sparse Pressure Sensors in a Pump Sump

Kai Fukami, Byungjin An, Motohiko Nohmi, Masashi Obuchi, Kunihiko Taira

J. Fluids Eng.

Paper No: FE-22-1251

DOI: https://doi.org/10.1115/1.4055178

Published Online: August 6, 2022

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Topics: Machinery, Pressure sensors, Pumps, Turbulence, Vortices, Flow (Dynamics), Sensors, Machine learning, Artificial neural networks, Engineering systems and industry applications

Journal Articles

Reducing Pumping Power Consumption by Pulsed Operation?

Michele Ciofalo

J. Fluids Eng.

Paper No: FE-22-1127

DOI: https://doi.org/10.1115/1.4055170

Published Online: August 4, 2022

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Topics: Energy consumption, Turbulence, Laminar flow, Flow (Dynamics), Steady state, Design, Electromagnetic scattering, Fluids, Incompressible fluids, Pipes

Journal Articles

Flow Over a Square Cylinder at Intermediate Reynolds Numbers

Kamal Raj Sharma, Sushanta Dutta

J. Fluids Eng.

Paper No: FE-22-1040

DOI: https://doi.org/10.1115/1.4055126

Published Online: August 1, 2022

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Topics: Cylinders, Flow (Dynamics), Reynolds number, Flow visualization, Circular cylinders, Drag (Fluid dynamics), Kinetic energy, Particulate matter, Shear (Mechanics), Turbulence

Journal Articles

Heat Transfer and Fluid Friction During Flow Across Banks of Tubes—IV: A Study of the Transition Zone Between Viscous and Turbulent Flow

O. P. Bergelin, G. A. Brown, S. C. Doberstein

J. Fluids Eng. August 1952, 74(6): 953–959.

DOI: https://doi.org/10.1115/1.4015976

Published Online: July 29, 2022

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Topics: Flow (Dynamics), Heat transfer, Turbulence, Viscosity, Cooling, Heating, Pressure drop, Reynolds number, Viscous flow

Journal Articles

Discussion: “Heat Transfer and Fluid Friction During Flow Across Banks of Tubes—IV: A Study of the Transition Zone Between Viscous and Turbulent Flow” (Bergelin, O. P., Brown, G. A., and Doberstein, S. C., 1952, Trans. ASME, 74, pp. 953–959)

C. J. Wilson

J. Fluids Eng. August 1952, 74(6): 960.

DOI: https://doi.org/10.1115/1.4015977

Published Online: July 29, 2022

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Topics: Flow (Dynamics), Heat transfer, Turbulence, Viscosity

Journal Articles

Discussion: “Heat Transfer and Pressure Drop for Turbulent Flow of Air-Water Mixtures in a Horizontal Pipe” (Johnson, H. A., and Abou-Sabe, A. H., 1952, Trans. ASME, 74, pp. 977–984)

C. V. Sternling, C. E. Sanborn

J. Fluids Eng. August 1952, 74(6): 984–985.

DOI: https://doi.org/10.1115/1.4015991

Published Online: July 29, 2022

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Topics: Heat transfer, Pipes, Pressure drop, Turbulence, Water

Journal Articles

Discussion: “Heat Transfer and Pressure Drop for Turbulent Flow of Air-Water Mixtures in a Horizontal Pipe” (Johnson, H. A., and Abou-Sabe, A. H., 1952, Trans. ASME, 74, pp. 977–984)

Carl Gazley, Jr.

J. Fluids Eng. August 1952, 74(6): 984.

DOI: https://doi.org/10.1115/1.4015990

Published Online: July 29, 2022

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Topics: Heat transfer, Pipes, Pressure drop, Turbulence, Water

Journal Articles

Heat Transfer and Pressure Drop for Turbulent Flow of Air-Water Mixtures in a Horizontal Pipe

H. A. Johnson, A. H. Abou-Sabe

J. Fluids Eng. August 1952, 74(6): 977–984.

DOI: https://doi.org/10.1115/1.4015989

Published Online: July 29, 2022

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Topics: Heat transfer, Pipes, Pressure drop, Turbulence, Water, Flow (Dynamics), Brass (Metal), Gages, Tubing

Journal Articles

Methods of Reducing Dust Emission From a Spreader-Stoker-Fired Boiler Furnace

W. C. Holton, R. B. Engdahl

J. Fluids Eng. February 1952, 74(2): 207–215.

DOI: https://doi.org/10.1115/1.4015735

Published Online: July 29, 2022

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Topics: Boilers, Dust, Emissions, Furnaces, Coal, Steam, Jets, Carbon, Combustion, Combustion engineering

Journal Articles

An Experimental Investigation of Convective Heat Transfer to Air From a Flat Plate With a Stepwise Discontinuous Surface Temperature

Steve Scesa, F. M. Sauer

J. Fluids Eng. October 1952, 74(7): 1251–1255.

DOI: https://doi.org/10.1115/1.4016089

Published Online: July 29, 2022

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Topics: Convection, Flat plates, Temperature, Heat, Heat transfer, Turbulence

Journal Articles

Influence of Unheated Starting Sections on the Heat Transfer From a Cylinder to Gas Streams Parallel to the Axis

William Tessin, Max Jakob

J. Fluids Eng. May 1953, 75(4): 473–480.

DOI: https://doi.org/10.1115/1.4015325

Published Online: July 29, 2022

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Topics: Cylinders, Heat transfer, Flat plates, Turbulence

Journal Articles

Aerodynamic Design of Efficient Two-Dimensional Channels

J. D. Stanitz

J. Fluids Eng. October 1953, 75(7): 1241–1254.

DOI: https://doi.org/10.1115/1.4015587

Published Online: July 29, 2022

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Topics: Design, Boundary layers, Design methodology, Separation (Technology), Approximation, Diffusers, Flow (Dynamics), Incompressible fluids, Turbulence

Journal Articles

Heat Transfer to Molten Lead-Bismuth Eutectic in Turbulent Pipe Flow

H. A. Johnson, J. P. Hartnett, W. J. Clabaugh

J. Fluids Eng. August 1953, 75(6): 1191–1198.

DOI: https://doi.org/10.1115/1.4015579

Published Online: July 29, 2022

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Topics: Heat transfer, Pipe flow, Turbulence, Fluids, Gages, Heat flux, Momentum, Pipes, Reynolds number, Steel

Journal Articles

Discussion: “Furnace Heat Absorption in Paddy’s Run Pulverized-Coal-Fired Steam Generator, Using Turbulent Burners, Louisville, Ky.: Part I—Variation in Heat Absorption as Shown by Measurement of Surface Temperature of Exposed Side of Furnace Tubes” (Wheater, R. I., and Howard, M. H., 1950, Trans. ASME, 72, pp. 893–923) and “Furnace Heat Absorption in Paddy’s Run Pulverized-Coal-Fired Steam Generator, Using Turbulent Burners, Louisville, Ky.: Part II—Furnace Heat-Absorption Efficiency as Shown by Temperature and Composition of Gases Leaving the Furnace” (Corey, R. C., and Cohen, Paul, 1950, Trans. ASME, 72, pp. 925–935) and “Furnace Heat Absorption in Paddy’s Run Pulverized-Coal-Fired Steam Generator, Using Turbulent Burners, Louisville, Ky.: Part III—Comparison and Correlation of the Results of Furnace Heat-Absorption Investigation” (Hemenway, H. H., and Wheater, R. I., 1950, Trans. ASME, 72, pp. 937–944)

F. G. Ely

J. Fluids Eng. October 1950, 72(7): 945–946.

DOI: https://doi.org/10.1115/1.4016873

Published Online: July 29, 2022

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Topics: Absorption, Boilers, Coal, Furnaces, Gases, Heat, Temperature, Turbulence

Journal Articles

Discussion: “Furnace Heat Absorption in Paddy’s Run Pulverized-Coal-Fired Steam Generator, Using Turbulent Burners, Louisville, Ky.: Part I—Variation in Heat Absorption as Shown by Measurement of Surface Temperature of Exposed Side of Furnace Tubes” (Wheater, R. I., and Howard, M. H., 1950, Trans. ASME, 72, pp. 893–923) and “Furnace Heat Absorption in Paddy’s Run Pulverized-Coal-Fired Steam Generator, Using Turbulent Burners, Louisville, Ky.: Part II—Furnace Heat-Absorption Efficiency as Shown by Temperature and Composition of Gases Leaving the Furnace” (Corey, R. C., and Cohen, Paul, 1950, Trans. ASME, 72, pp. 925–935) and “Furnace Heat Absorption in Paddy’s Run Pulverized-Coal-Fired Steam Generator, Using Turbulent Burners, Louisville, Ky.: Part III—Comparison and Correlation of the Results of Furnace Heat-Absorption Investigation” (Hemenway, H. H., and Wheater, R. I., 1950, Trans. ASME, 72, pp. 937–944)

L. B. Schueler

J. Fluids Eng. October 1950, 72(7): 946.

DOI: https://doi.org/10.1115/1.4016876

Published Online: July 29, 2022

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Topics: Absorption, Boilers, Coal, Furnaces, Gases, Heat, Temperature, Turbulence

Journal Articles

Discussion: “Furnace Heat Absorption in Paddy’s Run Pulverized-Coal-Fired Steam Generator, Using Turbulent Burners, Louisville, Ky.: Part I—Variation in Heat Absorption as Shown by Measurement of Surface Temperature of Exposed Side of Furnace Tubes” (Wheater, R. I., and Howard, M. H., 1950, Trans. ASME, 72, pp. 893–923) and “Furnace Heat Absorption in Paddy’s Run Pulverized-Coal-Fired Steam Generator, Using Turbulent Burners, Louisville, Ky.: Part II—Furnace Heat-Absorption Efficiency as Shown by Temperature and Composition of Gases Leaving the Furnace” (Corey, R. C., and Cohen, Paul, 1950, Trans. ASME, 72, pp. 925–935) and “Furnace Heat Absorption in Paddy’s Run Pulverized-Coal-Fired Steam Generator, Using Turbulent Burners, Louisville, Ky.: Part III—Comparison and Correlation of the Results of Furnace Heat-Absorption Investigation” (Hemenway, H. H., and Wheater, R. I., 1950, Trans. ASME, 72, pp. 937–944)

H. F. Mullikin

J. Fluids Eng. October 1950, 72(7): 946.

DOI: https://doi.org/10.1115/1.4016874

Published Online: July 29, 2022

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Topics: Absorption, Boilers, Coal, Furnaces, Gases, Heat, Temperature, Turbulence

Journal Articles

Report of Progress on Measurements of Friction Coefficients, Recovery Factors, and Heat-Transfer Coefficients for Supersonic Flow of Air in a Pipe

Joseph Kaye, J. H. Keenan, W. H. McAdams

J. Fluids Eng. April 1951, 73(3): 267–277.

DOI: https://doi.org/10.1115/1.4016224

Published Online: July 29, 2022

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Topics: Friction, Heat transfer, Pipes, Supersonic flow, Boundary layers, Mach number, Reynolds number, Turbulence, Fully developed turbulent flow, Boundary layer turbulence

Journal Articles

An Investigation of Flow Through Screens

W. D. Baines, E. G. Peterson

J. Fluids Eng. July 1951, 73(5): 467–477.

DOI: https://doi.org/10.1115/1.4016280

Published Online: July 29, 2022

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Topics: Flow (Dynamics), Design, Plates (structures), Pressure, Turbulence

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Journal citation

NARROW

Supplemental Material

Manuscript

Numerical Investigation of Supersonic Air-to-Air Ejectors Including Design Effects on Entrainment Efficiency

Cavitation Suppression and Design Optimization in a Cryogenic Liquid Turbine Expander Based On Thermodynamic Cavitation and Entropy Production Analysis

Machine-Learning-Based Reconstruction of Turbulent Vortices From Sparse Pressure Sensors in a Pump Sump

Reducing Pumping Power Consumption by Pulsed Operation?

Flow Over a Square Cylinder at Intermediate Reynolds Numbers

Heat Transfer and Fluid Friction During Flow Across Banks of Tubes—IV: A Study of the Transition Zone Between Viscous and Turbulent Flow

Discussion: “Heat Transfer and Fluid Friction During Flow Across Banks of Tubes—IV: A Study of the Transition Zone Between Viscous and Turbulent Flow” (Bergelin, O. P., Brown, G. A., and Doberstein, S. C., 1952, Trans. ASME, 74, pp. 953–959)

Discussion: “Heat Transfer and Pressure Drop for Turbulent Flow of Air-Water Mixtures in a Horizontal Pipe” (Johnson, H. A., and Abou-Sabe, A. H., 1952, Trans. ASME, 74, pp. 977–984)

Discussion: “Heat Transfer and Pressure Drop for Turbulent Flow of Air-Water Mixtures in a Horizontal Pipe” (Johnson, H. A., and Abou-Sabe, A. H., 1952, Trans. ASME, 74, pp. 977–984)

Heat Transfer and Pressure Drop for Turbulent Flow of Air-Water Mixtures in a Horizontal Pipe

Methods of Reducing Dust Emission From a Spreader-Stoker-Fired Boiler Furnace

An Experimental Investigation of Convective Heat Transfer to Air From a Flat Plate With a Stepwise Discontinuous Surface Temperature

Influence of Unheated Starting Sections on the Heat Transfer From a Cylinder to Gas Streams Parallel to the Axis

Aerodynamic Design of Efficient Two-Dimensional Channels

Heat Transfer to Molten Lead-Bismuth Eutectic in Turbulent Pipe Flow

Report of Progress on Measurements of Friction Coefficients, Recovery Factors, and Heat-Transfer Coefficients for Supersonic Flow of Air in a Pipe

An Investigation of Flow Through Screens

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