Joseph T. C. Liu

Q: What Schools Are Affiliated With Joseph T. C. Liu

Joseph T. C. Liu is affiliated with the following schools: Brown University, University of California, Berkeley, California Institute of Technology, Stanford University

Joseph T. C. Liu's AcademicInfluence.com Rankings

Joseph T. C. Liu

Engineering

#8808

World Rank

#10428

Historical Rank

Mechanical Engineering

#946

World Rank

#1032

Historical Rank

Electrical Engineering

#2823

World Rank

#2969

Historical Rank

Applied Physics

#3398

World Rank

#3494

Historical Rank

engineering Degrees

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Engineering

Joseph T. C. Liu's Degrees

Bachelors Mechanical Engineering University of California, Berkeley
Masters Electrical Engineering Stanford University

Why Is Joseph T. C. Liu Influential?

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According to Wikipedia, Joseph Tsu Chieh Liu is an engineer. Liu completed a bachelor's degree, followed by a Master of Science in Engineering, at the University of Michigan in 1958. He worked for a Convair for a year and was based in Fort Worth, Texas, before pursuing a doctorate at the California Institute of Technology in 1964. Liu subsequently worked for the Gas Dynamics Laboratory at Princeton University's Department of Aerospace and Mechanical Sciences. He joined the Brown University faculty in 1966, and upon his retirement, was granted emeritus status. Liu was elected a fellow of the American Physical Society in 1984, "[f]or original and significant theoretical contributions in integrating and concepts of large scale turbulent structure into quantitative calculations of developing shear flows and their noise production."

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Joseph T. C. Liu's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Developing large-scale wavelike eddies and the near jet noise field (1974) (114)
Coherent Structures in Transitional and Turbulent Free Shear Flows (1989) (100)
On the mechanism of sinuous and varicose modes in three‐dimensional viscous secondary instability of nonlinear Görtler rolls (1994) (81)
On the growth of mushroomlike structures in nonlinear spatially developing Goertler vortex flow (1992) (70)
The secondary instability in Goertler flow (1991) (64)
Longitudinal vorticity elements in boundary layers: nonlinear development from initial Görtler vortices as a prototype problem (1991) (58)
Nonlinear binary-mode interactions in a developing mixing layer (1987) (37)
Near-wall response in turbulent shear flows subjected to imposed unsteadiness (1992) (37)
Nonlinear Development of an Instability Wave in a Turbulent Wake (1971) (32)
On the development of noise-producing large-scale wavelike eddies in a plane turbulent jet (1975) (28)
Heat transfer in a strongly nonlinear spatially developing longitudinal vorticity system (1995) (26)
Nonlinear mechanics of wavy instability of steady longitudinal vortices and its effect on skin friction rise in boundary layer flow (2006) (25)
The generation of sound by vorticity waves in swirling duct flows (1977) (21)
On the Hydrodynamic Stability of Parallel Dusty Gas Flows (1965) (20)
Finite‐Amplitude Instability of the Compressible Laminar Wake. Strongly Amplified Disturbances (1970) (19)
Nonlinear Development of Görtler Vortices and the Generation of High Shear Layers in the Boundary Layer (1988) (18)
Secondary Instabilities of Three-Dimensional Inflectional Velocity Profiles Resulting from Longitudinal Vorticity Elements in Boundary Layers (1990) (16)
Heat Transfer Analysis in a Flow Over Concave Wall With Primary and Secondary Instabilities (2015) (16)
Nonlinear three-mode interactions in a developing mixing layer (2001) (15)
Mixing enhancement via the release of strongly nonlinear longitudinal Görtler vortices and their secondary instabilities into the mixing region (2002) (14)
INFLUENCE OF GOERTLER VORTICES SPANWISE WAVELENGTH ON HEAT TRANSFER RATES (2013) (12)
Flow Induced by the Impulsive Motion of an Infinite Flat Plate in a Dusty Gas (1967) (11)
Radiative transfer in the low Reynolds number, blunt-body stagnationregion at hypersonic speeds. (1969) (11)
Finite‐Amplitude Instability of the Compressible Laminar Wake. Weakly Nonlinear Theory (1969) (10)
On eddy-Mach wave radiation source mechanism in the jet noise problem (1971) (9)
Influence of upstream absorption on the inviscid stagnation region shock layer radiation (1970) (8)
On scalar transport in nonlinearly developing Görtler vortex flow (1991) (7)
Energy integral description of the development of Kelvin-Helmholtz billows (1976) (6)
On the large-scale structure in turbulent free shear flows (1977) (6)
The effect of wall temperature on the low Reynolds number hypersonic stagnation region shock layer (1967) (6)
Control of free shear layers (1987) (5)
Mixing Enhancement in High-Speed Turbulent Shear Layers Using Excited Coherent Modes (1998) (5)
Nanofluid Flow and Heat Transfer in Boundary Layers: The Influence of Concentration Diffusion on Heat Transfer Enhancement (2019) (5)
The large-scale organized structure in free turbulent shear flow and its radiation properties (1978) (4)
Aerodynamic sound in a relaxing medium (1977) (4)
Differential Formulations for Radiative Transfer in Nongray Gases (1967) (4)
Generation of interfacial gravity waves by submerged regions of fluctuating hydrodynamical motions and fluid inhomogeneities (1979) (4)
Large-scale coherent structures in free turbulent flows and their aerodynamic sound (1986) (3)
Problems in particle-fluid mechanics (1964) (2)
Reply by Author to W. Schneider (1970) (2)
Mixing enhancement in the initial region of high speed jet exhaust flows via excited coherent wave modes (1996) (1)
Multiple Large-Scale Coherent Structures in Free Turbulent Shear Flows (1989) (1)
Linear Stability of the Supersonic Turbulent Boundary Layer to Görtler Vortices on a Concave Wall (2000) (1)
The incipient transition region of two- dimensional hypersonic wakes (1971) (1)
Modification of mean wake flow behind very slender axially symmetric bodies by nonlinear convectively unstable helical modes (2012) (0)
NUMERICAL ANALYSIS AND OPTIMIZATION OF SUPERSONIC MIXING WITH INSTABILITY EXCITATION (2018) (0)
On the Relaxation Wave Equation of G. G. Stokes (2023) (0)
Vortex Shedding and Vortex Wakes: Dynamics, Instabilities and Modifications, (1994) (0)
Scalar Transport in a Longitudinal Vorticity System in Boundary Layers (1992) (0)
The mechanisms of convective and standing wave mode generation in the wake behind very slender asisymmetric bodies by selective excitation of unstable helical modes (2013) (0)
Modification of mean wake flow behind a very slender axisymmetric body of revolution by imposed nonlinear unstable helical modes (2014) (0)
Shock tube side-wall electrostatic probes. (1967) (0)
Some fundamental considerations of streamwise vortices found useful in mixing enhancement and jet noise suppression (2016) (0)
THE INFLUENCE OF SPANWISE WAVELENGTH OF GÖRTLER VORTICES IN HEAT TRANSFER (2012) (0)
COHERENT MODE INTERACTIONS IN DEVELOPING FREE SHEAR FLOWS (1988) (0)
Nanofluid flow and heat transfer in boundary layers: the influence of the concentration diffusion layer on heat transfer enhancement (2017) (0)
Analysis of G\"ortler Vortices Spanwise Wavelenght Influence in Heat Transfer Rates (2012) (0)
Nanofluid flow and heat transfer in channel entrance region (2014) (0)
Nanofluid heat transfer enhancement in a developing laminar shear flow (2010) (0)
Studies of turbulent shear flows and their control (1992) (0)
Numerical Heat Transfer Studies of Flows Over Concave Surfaces (2010) (0)

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Other Resources About Joseph T. C. Liu

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What Schools Are Affiliated With Joseph T. C. Liu?

Joseph T. C. Liu is affiliated with the following schools:

Joseph T. C. Liu's Academic­Influence.com Rankings

Joseph T. C. Liu's Degrees

Why Is Joseph T. C. Liu Influential?

Joseph T. C. Liu's Published Works

Published Works

Other Resources About Joseph T. C. Liu

What Schools Are Affiliated With Joseph T. C. Liu?

Joseph T. C. Liu's AcademicInfluence.com Rankings