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Journal Articles

On the Solution of the Reynolds Equation for Slider-Bearing Lubrication—VII: The Nonsteady-State Operation of Tilting-Pad Slider Bearings

F. Osterle, A. Charnes, E. Saibel

Publisher: ASME

J. Fluids Eng. February 1954, 76(2): 327–329.

https://doi.org/10.1115/1.4014839

Published Online: July 1, 2022

View Articletitled, On the Solution of the Reynolds Equation for Slider-Bearing Lubrication—VII: The Nonsteady-State Operation of Tilting-Pad Slider Bearings

Topics: Lubrication, Slider bearings, Oscillations, Bearings, Friction, Lubrication theory, Stress

Journal Articles

Experimental Observation of Inertia-Dominated Squeeze Film Damping in Liquid

Antoine Fornari, Matthew Sullivan, Hua Chen, Christopher Harrison, Kai Hsu, Frederic Marty, Bruno Mercier

Publisher: ASME

J. Fluids Eng. December 2010, 132(12): 121201.

https://doi.org/10.1115/1.4003150

Published Online: December 22, 2010

View Articletitled, Experimental Observation of Inertia-Dominated Squeeze Film Damping in Liquid

Topics: Damping, Drag (Fluid dynamics), Fluids, Inertia (Mechanics), Resonance, Sensors, Viscosity, Q-factor, Plates (structures), Lubrication theory

Journal Articles

Developing Laminar Gravity-Driven Thin Liquid Film Flow Down an Inclined Plane

H. Lan, J. L. Wegener, B. F. Armaly, J. A. Drallmeier

Publisher: ASME

J. Fluids Eng. August 2010, 132(8): 081301.

https://doi.org/10.1115/1.4002109

Published Online: August 2, 2010

View Articletitled, Developing Laminar Gravity-Driven Thin Liquid Film Flow Down an Inclined Plane

Topics: Film flow, Film thickness, Flow (Dynamics), Gravity (Force), Liquid films, Lubrication theory, Surface tension, Instrumentation

Journal Articles

Weakly Nonlinear Stability Analysis of a Thin Liquid Film With Condensation Effects During Spin Coating

C. K. Chen, M. C. Lin

Publisher: ASME

J. Fluids Eng. October 2009, 131(10): 101303.

https://doi.org/10.1115/1.3222907

Published Online: September 24, 2009

View Articletitled, Weakly Nonlinear Stability Analysis of a Thin Liquid Film With Condensation Effects During Spin Coating

Topics: Spin coating, Stability, Condensation, Rotation, Lubrication theory

Journal Articles

Free Surface Model Derived From the Analytical Solution of Stokes Flow in a Wedge

R. W. Hewson

Publisher: ASME

J. Fluids Eng. April 2009, 131(4): 041205.

https://doi.org/10.1115/1.3089540

Published Online: March 11, 2009

View Articletitled, Free Surface Model Derived From the Analytical Solution of Stokes Flow in a Wedge

Topics: Coating processes, Creeping flow, Differential equations, Film thickness, Finite element analysis, Flow (Dynamics), Lubrication, Wedges, Finite element methods, Boundary-value problems

Journal Articles

Nonlinear Rupture Theory of a Thin Liquid Film With Insoluble Surfactant

Chi-Chuan Hwang, Chaur-Kie Lin, Da-Chih Hou, Wu-Yih Uen, Jenn-Sen Lin

Publisher: ASME

J. Fluids Eng. September 1998, 120(3): 598–604.

https://doi.org/10.1115/1.2820706

Published Online: September 1, 1998

View Articletitled, Nonlinear Rupture Theory of a Thin Liquid Film With Insoluble Surfactant

Topics: Lubrication theory, Rupture, Surfactants, Diffusion (Physics), Delays, Flat plates, Numerical analysis, Waves

Journal Articles

A Numerical Study on Motion of a Sphere Coated With a Thin Liquid Film at Intermediate Reynolds Numbers

S. Kawano, H. Hashimoto

Publisher: ASME

J. Fluids Eng. June 1997, 119(2): 397–403.

https://doi.org/10.1115/1.2819147

Published Online: June 1, 1997

View Articletitled, A Numerical Study on Motion of a Sphere Coated With a Thin Liquid Film at Intermediate Reynolds Numbers

Topics: Lubrication theory, Reynolds number, Drag (Fluid dynamics), Flow (Dynamics), Bubbles, Drops, Film thickness, Fluids, Heat transfer, Temperature

Journal Articles

Experimental Analysis and Flow Visualization of a Thin Liquid Film on a Stationary and Rotating Disk

S. Thomas, A. Faghri, W. Hankey

Publisher: ASME

J. Fluids Eng. March 1991, 113(1): 73–80.

https://doi.org/10.1115/1.2926500

Published Online: March 1, 1991

View Articletitled, Experimental Analysis and Flow Visualization of a Thin Liquid Film on a Stationary and Rotating Disk

Topics: Experimental analysis, Flow visualization, Lubrication theory, Rotating disks, Disks, Film thickness, Capacitance, Centrifugal force, Flow (Dynamics), Fluids

Journal Articles

Removal of a Thin Liquid Film From a Flat Surface Using an Axisymmetric Impinging Jet

R. Chilukuri, D. Aeling, S. Middleman

Publisher: ASME

J. Fluids Eng. June 1984, 106(2): 223–226.

https://doi.org/10.1115/1.3243106

Published Online: June 1, 1984

View Articletitled, Removal of a Thin Liquid Film From a Flat Surface Using an Axisymmetric Impinging Jet

Topics: Air jets, Fluids, Liquid films, Lubrication theory, Thin films

Journal Articles

Non-Newtonian Liquid Blade Coating Process

S. S. Hwang

Publisher: ASME

J. Fluids Eng. December 1982, 104(4): 469–474.

https://doi.org/10.1115/1.3241886

Published Online: December 1, 1982

View Articletitled, Non-Newtonian Liquid Blade Coating Process

Topics: Blades, Coating processes, Pressure, Boundary-value problems, Liquid films, Lubrication theory, Vacuum

Journal Articles

Viscous Liquid Films in Nonradial Rotating Pipes[1]

J. T. Dakin

Publisher: ASME

J. Fluids Eng. June 1980, 102(2): 231–235.

https://doi.org/10.1115/1.3240654

Published Online: June 1, 1980

View Articletitled, Viscous Liquid Films in Nonradial Rotating Pipes[1]

Topics: Liquid films, Pipes, Centrifugal force, Dynamic models, Dynamics (Mechanics), Flow (Dynamics), Fluids, Lubrication theory, Shapes

Journal Articles

The Dynamics of Thin Liquid Films in Rotating Tubes: Approximate Analysis

J. T. Dakin, Ronald M. C. So

Publisher: ASME

J. Fluids Eng. June 1978, 100(2): 187–193.

https://doi.org/10.1115/1.3448628

Published Online: June 1, 1978

View Articletitled, The Dynamics of Thin Liquid Films in Rotating Tubes: Approximate Analysis

Topics: Dynamics (Mechanics), Lubrication theory, Pipes, Axial flow, Centrifugal force, Coriolis force, Flow (Dynamics), Pressure, Visualization

Journal Articles

The Gaseous Squeeze-Film at Moderately Large Squeeze Numbers

C. H. T. Pan

Publisher: ASME

J. Fluids Eng. December 1970, 92(4): 766–781.

https://doi.org/10.1115/1.3425134

Published Online: December 1, 1970

View Articletitled, The Gaseous Squeeze-Film at Moderately Large Squeeze Numbers

Topics: Aerodynamics, Bearings, Boundary layers, Boundary-value problems, Displacement, Fluid films, Inertia (Mechanics), Lubrication theory

Journal Articles

A Linearized Turbulent Lubrication Theory

Chung-Wah Ng, C. H. T. Pan

Publisher: ASME

J. Fluids Eng. September 1965, 87(3): 675–682.

https://doi.org/10.1115/1.3650640

Published Online: September 1, 1965

View Articletitled, A Linearized Turbulent Lubrication Theory

Topics: Lubrication theory, Turbulence, Shear turbulence, Differential equations, Eddies (Fluid dynamics), Flow (Dynamics), Isotropy, Lubrication, Momentum, Viscosity

Journal Articles

Discussion: “A Linearized Turbulent Lubrication Theory” (Ng, Chung-Wah, and Pan, C. H. T., 1965, ASME J. Basic Eng., 87, pp. 675–682)

R. A. Burton

Publisher: ASME

J. Fluids Eng. September 1965, 87(3): 682–683.

https://doi.org/10.1115/1.3650641

Published Online: September 1, 1965

View Articletitled, Discussion: “A Linearized Turbulent Lubrication Theory” (Ng, Chung-Wah, and Pan, C. H. T., 1965, ASME J. Basic Eng., 87, pp. 675–682)

Topics: Lubrication theory, Turbulence

Journal Articles

Discussion: “A Linearized Turbulent Lubrication Theory” (Ng, Chung-Wah, and Pan, C. H. T., 1965, ASME J. Basic Eng., 87, pp. 675–682)

V. N. Constantinescu

Publisher: ASME

J. Fluids Eng. September 1965, 87(3): 683–687.

https://doi.org/10.1115/1.3650642

Published Online: September 1, 1965

View Articletitled, Discussion: “A Linearized Turbulent Lubrication Theory” (Ng, Chung-Wah, and Pan, C. H. T., 1965, ASME J. Basic Eng., 87, pp. 675–682)

Topics: Lubrication theory, Turbulence

Journal Articles

Lubrication Review: Developments in Bearings and Lubricants—a Digest of the Literature From 1962–1963

D. F. Hays, J. D. McHugh, E. E. Klaus, W. J. Wojtowicz, H. A. Hartung, E. J. Renkey, Jr., H. H. Ryffel, W. J. Derner, D. Ramadanoff, L. B. Sibley, E. P. Kingsbury

Publisher: ASME

J. Fluids Eng. December 1964, 86(4): 883–906.

https://doi.org/10.1115/1.3655983

Published Online: December 1, 1964

View Articletitled, Lubrication Review: Developments in Bearings and Lubricants—a Digest of the Literature From 1962–1963

Topics: Bearings, Lubricants, Lubrication, Boundary lubrication, Fluid film lubrication, Friction, Gears, Lubrication theory, Metalworking lubricants, Rolling bearings

Journal Articles

Discussion: “Fluid Lubrication Theory of Roller Bearing—Parts I and II” (Sasaki, Tokio, Mori, Haruo, and Okino, Norio, 1962, ASME J. Basic Eng., 84, pp. 166–174 and pp. 175–180)

Fletcher Osterle

Publisher: ASME

J. Fluids Eng. March 1962, 84(1): 180.

https://doi.org/10.1115/1.3657242

Published Online: March 1, 1962

View Articletitled, Discussion: “Fluid Lubrication Theory of Roller Bearing—Parts I and II” (Sasaki, Tokio, Mori, Haruo, and Okino, Norio, 1962, ASME J. Basic Eng., 84, pp. 166–174 and pp. 175–180)

Topics: Fluids, Lubrication theory, Roller bearings

Journal Articles

Closure to “Discussion of ‘Fluid Lubrication Theory of Roller Bearing—Parts I and II’” (1962, ASME J. Basic Eng., 84, p. 180)

Tokio Sasaki, Haruo Mori, Norio Okino

Publisher: ASME

J. Fluids Eng. March 1962, 84(1): 180.

https://doi.org/10.1115/1.3657243

Published Online: March 1, 1962

View Articletitled, Closure to “Discussion of ‘Fluid Lubrication Theory of Roller Bearing—Parts I and II’” (1962, ASME J. Basic Eng., 84, p. 180)

Topics: Fluids, Lubrication theory, Roller bearings

Journal Articles

Fluid Lubrication Theory of Roller Bearing—Part I: Fluid Lubrication Theory for Two Rotating Cylinders in Contact

Tokio Sasaki, Haruo Mori, Norio Okino

Publisher: ASME

J. Fluids Eng. March 1962, 84(1): 166–174.

https://doi.org/10.1115/1.3657240

Published Online: March 1, 1962

View Articletitled, Fluid Lubrication Theory of Roller Bearing—Part I: Fluid Lubrication Theory for Two Rotating Cylinders in Contact

Topics: Cylinders, Fluids, Lubrication theory, Roller bearings, Stress, Lubricants, Friction, Viscosity, Lubrication, Rollers

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On the Solution of the Reynolds Equation for Slider-Bearing Lubrication—VII: The Nonsteady-State Operation of Tilting-Pad Slider Bearings

Experimental Observation of Inertia-Dominated Squeeze Film Damping in Liquid

Developing Laminar Gravity-Driven Thin Liquid Film Flow Down an Inclined Plane

Weakly Nonlinear Stability Analysis of a Thin Liquid Film With Condensation Effects During Spin Coating

Free Surface Model Derived From the Analytical Solution of Stokes Flow in a Wedge

Nonlinear Rupture Theory of a Thin Liquid Film With Insoluble Surfactant

A Numerical Study on Motion of a Sphere Coated With a Thin Liquid Film at Intermediate Reynolds Numbers

Experimental Analysis and Flow Visualization of a Thin Liquid Film on a Stationary and Rotating Disk

Removal of a Thin Liquid Film From a Flat Surface Using an Axisymmetric Impinging Jet

Non-Newtonian Liquid Blade Coating Process

Viscous Liquid Films in Nonradial Rotating Pipes[1]

The Dynamics of Thin Liquid Films in Rotating Tubes: Approximate Analysis

The Gaseous Squeeze-Film at Moderately Large Squeeze Numbers

A Linearized Turbulent Lubrication Theory

Discussion: “A Linearized Turbulent Lubrication Theory” (Ng, Chung-Wah, and Pan, C. H. T., 1965, ASME J. Basic Eng., 87, pp. 675–682)

Discussion: “A Linearized Turbulent Lubrication Theory” (Ng, Chung-Wah, and Pan, C. H. T., 1965, ASME J. Basic Eng., 87, pp. 675–682)

Lubrication Review: Developments in Bearings and Lubricants—a Digest of the Literature From 1962–1963

Discussion: “Fluid Lubrication Theory of Roller Bearing—Parts I and II” (Sasaki, Tokio, Mori, Haruo, and Okino, Norio, 1962, ASME J. Basic Eng., 84, pp. 166–174 and pp. 175–180)

Closure to “Discussion of ‘Fluid Lubrication Theory of Roller Bearing—Parts I and II’” (1962, ASME J. Basic Eng., 84, p. 180)

Fluid Lubrication Theory of Roller Bearing—Part I: Fluid Lubrication Theory for Two Rotating Cylinders in Contact

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