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Journal Articles

On the Stability and Control of Two-Dimensional Channel Flow

A. Essa, Mohammed K. Ibrahim

J. Fluids Eng. April 2023, 145(4): 041302.

Paper No: FE-22-1433

DOI: https://doi.org/10.1115/1.4056564

Published Online: January 13, 2023

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Topics: Flow (Dynamics), Stability, Waves, Channel flow, Reynolds number, Poiseuille flow, Control equipment

Journal Articles

On the Unsteady Rotationally Symmetric Flow Between a Stationary and a Finite Rotating Disk With a Given Change in the Axial Velocity

Bo Zhao, Wansong Tang, Pengzhi Lin, Quan Wang

J. Fluids Eng. April 2023, 145(4): 041301.

Paper No: FE-22-1208

DOI: https://doi.org/10.1115/1.4056415

Published Online: January 4, 2023

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Topics: Disks, Flow (Dynamics), Laminar flow, Pressure, Reynolds number, Rotating disks, Rotation, Fluids, Navier-Stokes equations

Journal Articles

Remarks on the Analogy Between Heat Transfer and Momentum Transfer

L. M. K. Boelter, R. C. Martinelli, Finn Jonassen

J. Fluids Eng. July 1941, 63(5): 447–454.

DOI: https://doi.org/10.1115/1.4019485

Published Online: December 22, 2022

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Topics: Heat transfer, Momentum, Fluids, Pipes, Viscosity, Friction, Reynolds number, Temperature distribution, Turbulence

Journal Articles

Effect of a Short, Bio-Mimetic Control Device on Aerodynamic Drag of Ahmed Body

The Hung Tran, Masato Hijikuro, Masayuki Anyoji, Takanori Uchida, Takuji Nakashima, Keigo Shimizu

J. Fluids Eng. March 2023, 145(3): 031206.

Paper No: FE-22-1422

DOI: https://doi.org/10.1115/1.4056341

Published Online: December 22, 2022

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Topics: Drag (Fluid dynamics), Flow (Dynamics), Pressure, Separation (Technology), Skin friction (Fluid dynamics), Vortices, Bubbles, Reynolds number, Biomimetics, Wind tunnels

Journal Articles

High-Performance Fins for Heat Transfer

R. H. Norris, W. A. Spofford

J. Fluids Eng. July 1942, 64(5): 489–495.

DOI: https://doi.org/10.1115/1.4019155

Published Online: December 20, 2022

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Topics: Fins, Heat transfer, Cylinders, Forced convection, Pins (Engineering), Reynolds number, Viscosity

Journal Articles

Centrifugal-Pump Performance as a Function of Specific Speed

A. J. Stepanoff

J. Fluids Eng. August 1943, 65(6): 629–636.

DOI: https://doi.org/10.1115/1.4018866

Published Online: December 16, 2022

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Topics: Centrifugal pumps, Leakage, Disks, Flow (Dynamics), Friction, Impellers, Pumps, Reynolds number

Journal Articles

The Influence of Viscosity on Centrifugal-Pump Performance

Arthur T. Ippen

J. Fluids Eng. November 1946, 68(8): 823–838.

DOI: https://doi.org/10.1115/1.4018617

Published Online: December 14, 2022

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Topics: Centrifugal pumps, Viscosity, Pumps, Design, Disks, Performance characterization, Reynolds number, Testing performance, Theoretical analysis, Warfare

Journal Articles

A General Correlation of Friction Factors for Various Types of Surfaces in Crossflow

A. Y. Gunter, W. A. Shaw

J. Fluids Eng. November 1945, 67(8): 643–656.

DOI: https://doi.org/10.1115/1.4018353

Published Online: December 14, 2022

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Topics: Friction, Fins, Aeronautics, Cylinders, Flat plates, Reynolds number, Turbulence, Wire mesh

Journal Articles

Local Coefficients of Heat Transfer for Air Flowing Around a Finned Cylinder

W. H. McAdams, R. E. Drexel, R. H. Goldey

J. Fluids Eng. November 1945, 67(8): 613–620.

DOI: https://doi.org/10.1115/1.4018342

Published Online: December 14, 2022

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Topics: Cylinders, Heat transfer, Condensed matter, Heat, Temperature, Fins, Reynolds number, Steam, Thermocouples, Wall temperature

Journal Articles

Heat Transfer in the Locomotive Boiler

Lawford H. Fry

J. Fluids Eng. February 1946, 68(2): 107–113.

DOI: https://doi.org/10.1115/1.4018415

Published Online: December 14, 2022

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Topics: Boilers, Heat transfer, Locomotives, Heat, Absorption, Combustion, Convection, Flues, Gases, Radiation (Physics)

Journal Articles

The Influence of Tube Shape on Heat-Transfer Coefficients in Air to Air Heat Exchangers

F. H. Green, L. S. King

J. Fluids Eng. February 1946, 68(2): 115–122.

DOI: https://doi.org/10.1115/1.4018416

Published Online: December 14, 2022

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Topics: Heat exchangers, Heat transfer, Shapes, Turbulence, Pressure drop, Reynolds number

Journal Articles

Heat Transfer in Annuli

C. Y. Chen, G. A. Hawkins, H. L. Solberg

J. Fluids Eng. February 1946, 68(2): 99–106.

DOI: https://doi.org/10.1115/1.4018414

Published Online: December 14, 2022

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Topics: Annulus, Heat transfer, Laminar flow, Reynolds number, Water, Cooling, Heating, Heating and cooling, Space

Journal Articles

Test and Predicted Oil-Cooler Performance

A. L. London, J. I. Brewster

J. Fluids Eng. January 1944, 66(1): 75–80.

DOI: https://doi.org/10.1115/1.4017944

Published Online: December 14, 2022

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Topics: Air flow, Cooling, Electrical conductance, Heat transfer, Heating, Pressure drop, Reynolds number, Shells, Steam, Turbulence

Journal Articles

Large Eddy Simulation of Transitional Separated Flow Over a Low Reynolds Number Cambered Airfoil

Alison Zilstra, David A. Johnson

J. Fluids Eng. March 2023, 145(3): 031303.

Paper No: FE-22-1331

DOI: https://doi.org/10.1115/1.4056280

Published Online: December 9, 2022

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Topics: Airfoils, Flow (Dynamics), Separation (Technology), Simulation, Pressure, Large eddy simulation, Boundary layers, Turbulence, Reynolds number

Journal Articles

Closure to “Discussions of ‘Coefficients of Discharge of Sharp-Edged Concentric Orifices in Commercial 2-In., 3-In., and 4-In. Pipes for Low Reynolds Numbers Using Flange Taps’” (1947, Trans. ASME, 69, pp. 808–811)

E. E. Ambrosius, L. K. Spink, H. S. Bean, S. R. Beitler

J. Fluids Eng. November 1947, 69(8): 811–812.

DOI: https://doi.org/10.1115/1.4017562

Published Online: December 6, 2022

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Topics: Flanges, Orifices, Pipes, Reynolds number

Journal Articles

Coefficients of Discharge of Sharp-Edged Concentric Orifices in Commercial 2-In., 3-In., and 4-In. Pipes for Low Reynolds Numbers Using Flange Taps

E. E. Ambrosius, L. K. Spink

J. Fluids Eng. November 1947, 69(8): 805–808.

DOI: https://doi.org/10.1115/1.4017559

Published Online: December 6, 2022

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Topics: Flanges, Orifices, Pipes, Reynolds number

Journal Articles

Cavitation Characteristics and Infinite-Aspect-Ratio Characteristics of a Hydrofoil Section

J. W. Daily

J. Fluids Eng. April 1949, 71(3): 269–280.

DOI: https://doi.org/10.1115/1.4017057

Published Online: December 6, 2022

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Topics: Cavitation, Hydrofoil, Aeronautics, Airfoils, Fluid-dynamic forces, Geometry, Photography, Pressure, Reliability, Reynolds number

Journal Articles

Supersonic Convective Heat-Transfer Correlation From Skin-Temperature Measurements on a V-2 Rocket in Flight

W. W. Fischer, R. H. Norris

J. Fluids Eng. July 1949, 71(5): 457–467.

DOI: https://doi.org/10.1115/1.4017110

Published Online: December 6, 2022

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Topics: Flight, Heat transfer, Rockets, Skin, Temperature, Turbulence, Boundary layers, Convection, Flat plates, Mach number

Journal Articles

Discussion: “Coefficients of Discharge of Sharp-Edged Concentric Orifices in Commercial 2-In., 3-In., and 4-In. Pipes for Low Reynolds Numbers Using Flange Taps” (Ambrosius, E. E., and Spink, L. K., 1947, Trans. ASME, 69, pp. 805–808)

R. G. Folsom

J. Fluids Eng. November 1947, 69(8): 808–810.

DOI: https://doi.org/10.1115/1.4017560

Published Online: December 6, 2022

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Topics: Flanges, Orifices, Pipes, Reynolds number

Journal Articles

Discussion: “Coefficients of Discharge of Sharp-Edged Concentric Orifices in Commercial 2-In., 3-In., and 4-In. Pipes for Low Reynolds Numbers Using Flange Taps” (Ambrosius, E. E., and Spink, L. K., 1947, Trans. ASME, 69, pp. 805–808)

G. S. Peterson

J. Fluids Eng. November 1947, 69(8): 810–811.

DOI: https://doi.org/10.1115/1.4017561

Published Online: December 6, 2022

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Topics: Flanges, Orifices, Pipes, Reynolds number

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Journal citation

NARROW

Supplemental Material

On the Stability and Control of Two-Dimensional Channel Flow

On the Unsteady Rotationally Symmetric Flow Between a Stationary and a Finite Rotating Disk With a Given Change in the Axial Velocity

Remarks on the Analogy Between Heat Transfer and Momentum Transfer

Effect of a Short, Bio-Mimetic Control Device on Aerodynamic Drag of Ahmed Body

High-Performance Fins for Heat Transfer

Centrifugal-Pump Performance as a Function of Specific Speed

The Influence of Viscosity on Centrifugal-Pump Performance

A General Correlation of Friction Factors for Various Types of Surfaces in Crossflow

Local Coefficients of Heat Transfer for Air Flowing Around a Finned Cylinder

Heat Transfer in the Locomotive Boiler

The Influence of Tube Shape on Heat-Transfer Coefficients in Air to Air Heat Exchangers

Heat Transfer in Annuli

Test and Predicted Oil-Cooler Performance

Large Eddy Simulation of Transitional Separated Flow Over a Low Reynolds Number Cambered Airfoil

Closure to “Discussions of ‘Coefficients of Discharge of Sharp-Edged Concentric Orifices in Commercial 2-In., 3-In., and 4-In. Pipes for Low Reynolds Numbers Using Flange Taps’” (1947, Trans. ASME, 69, pp. 808–811)

Coefficients of Discharge of Sharp-Edged Concentric Orifices in Commercial 2-In., 3-In., and 4-In. Pipes for Low Reynolds Numbers Using Flange Taps

Cavitation Characteristics and Infinite-Aspect-Ratio Characteristics of a Hydrofoil Section

Supersonic Convective Heat-Transfer Correlation From Skin-Temperature Measurements on a V-2 Rocket in Flight

Discussion: “Coefficients of Discharge of Sharp-Edged Concentric Orifices in Commercial 2-In., 3-In., and 4-In. Pipes for Low Reynolds Numbers Using Flange Taps” (Ambrosius, E. E., and Spink, L. K., 1947, Trans. ASME, 69, pp. 805–808)

Discussion: “Coefficients of Discharge of Sharp-Edged Concentric Orifices in Commercial 2-In., 3-In., and 4-In. Pipes for Low Reynolds Numbers Using Flange Taps” (Ambrosius, E. E., and Spink, L. K., 1947, Trans. ASME, 69, pp. 805–808)

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