Ernie Tuck

Q: What Schools Are Affiliated With Ernie Tuck

Ernie Tuck is affiliated with the following schools: University of Adelaide, University of Cambridge

Ernie Tuck's AcademicInfluence.com Rankings

Ernie Tuck

Mathematics

#4393

World Rank

#6250

Historical Rank

Measure Theory

#1890

World Rank

#2303

Historical Rank

mathematics Degrees

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Mathematics

Why Is Ernie Tuck Influential?

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According to Wikipedia, Professor Ernest Oliver Tuck was an Australian applied mathematician, notable for his sustained work in ship hydrodynamics, and for Tuck's incompressibility function. Early life and education Tuck was born on 1 June 1939 in Adelaide, South Australia. He studied Applied Mathematics for his undergraduate degree at the University of Adelaide, where his principal mentor was Professor R. B. Potts. In 1960, he studied with Fritz Ursell at Cambridge University for his PhD. His PhD thesis was on the application of slender-body theory to ships. In it, he made a revolutionary approach of using matched asymptotic expansions in order to predict the wave resistance of a slender ship.

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Ernie Tuck'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

SHIP MOTIONS AND SEA LOADS (1970) (767)
A Numerical and Asymptotic Study of Some Third-Order Ordinary Differential Equations Relevant to Draining and Coating Flows (1990) (214)
Shallow-water flows past slender bodies (1966) (195)
Calculation of unsteady flows due to small motions of cylinders in a viscous fluid (1969) (160)
Unsteady spreading of thin liquid films with small surface tension (1991) (141)
A RATIONAL STRIP THEORY OF SHIP MOTIONS: PART I. (1969) (115)
On the oscillations of harbours of arbitrary shape (1970) (114)
A note on a swimming problem (1968) (106)
A cusp-like free-surface flow due to a submerged source or sink (1982) (102)
Matching problems involving flow through small holes (1975) (98)
Some methods for flows past blunt slender bodies (1964) (85)
HYDRODYNAMIC INTERACTIONS BETWEEN SHIPS (1974) (73)
Divergent low-Froude-number series expansion of nonlinear free-surface flow problems (1978) (68)
Transmission of water waves through small apertures (1971) (68)
SINKAGE AND TRIM IN SHALLOW WATER OF FINITE WIDTH (1973) (61)
The effect of non-linearity at the free surface on flow past a submerged cylinder (1965) (59)
Wave Patterns and Minimum Wave Resistance for High-Speed Vessels (2002) (58)
HYDRODYNAMIC FORCES ON SHIPS IN DREDGED CHANNELS. (1974) (58)
A laminar roughness boundary condition (1995) (57)
A Simple “Filon-trapezoidal” rule (1967) (56)
Continuous coating with gravity and jet stripping (1983) (55)
Nonlinear free-surface flow computations for submerged cylinders (1995) (48)
Hydrodynamic Problems of Ships in Restricted Waters (1978) (47)
Sliding sheets: lubrication with comparable viscous and inertia forces (1983) (47)
Optimum Hull Spacing of a Family of Multihulls (1998) (46)
Extensional fall of a very viscous fluid drop (2000) (42)
Forward scattering by long thin bodies (1980) (41)
ON SHIP WAVE PATTERNS AND THEIR SPECTRA (1971) (40)
The Maximum Sinkage of a Ship (2001) (39)
The wave resistance formula of J.H. Michell (1898) and Its significance to recent research in ship hydrodynamics (1989) (37)
The shape of free jets of water under gravity (1976) (33)
Influence of surface tension on jet-stripped continuous coating of sheet materials† (1984) (33)
ON THE OSCILLATIONS OF HARBORS OF ARBITRARY SHAPE (1970) (32)
A Systematic Asymptotic Expansion Procedure for Slender Ships (1964) (32)
Surf-skimmer planing hydrodynamics (1989) (31)
Thin liquid layers supported by steady air-flow surface traction (1993) (31)
Thick waterfalls from horizontal slots (1985) (31)
A nonlinear unsteady one-dimensional theory for wings in extreme ground effect (1980) (31)
Efflux from a slit in a vertical wall (1987) (30)
The induced electromagnetic field associated with submerged moving bodies in an unstratified conducting fluid (1994) (30)
Application and Solution of Cauchy Singular Integral Equations (1980) (29)
The role of inertia in extensional fall of a viscous drop (2004) (29)
Ship-Wave Patterns in the Spirit of Michell (2001) (28)
SHIP-HYDRODYNAMIC FREE-SURFACE PROBLEMS WITHOUT WAVES (1991) (27)
REPRESENTATION OF SHIP HULLS BY CONFORMAL MAPPING FUNCTIONS (1969) (27)
Flow Near the Intersection of a Free Surface with a Vertical Wall (1994) (25)
Thin static drops with a free attachment boundary (1991) (24)
Air‐blown waves on thin viscous sheets (1993) (23)
Slender planing surfaces (2007) (23)
Wave Resistance of Thin Ships and Catamarans (1997) (22)
A comparison of linear and nonlinear computations of waves made by slender submerged bodies (2002) (22)
Further studies of stern wavemaking (1995) (22)
Weir flows and waterfalls (1991) (21)
Wave-Less Free-Surface Pressure Distributions. (1984) (21)
Free-surface elevation due to moving pressure distributions in three dimensions (2011) (20)
Low-Aspect-Ratio Flat-Ship Theory (1975) (20)
On Positivity of Fourier Transforms (2006) (19)
Ship Motions in Shallow Water (1970) (19)
Ship bows with contiunous and splashless flow attachment (1986) (18)
Steady flow and static stability of airfoils in extreme ground effect (1981) (18)
On air flow over free surfaces of stationary water (1975) (17)
A simple one-dimensional theory for air-supported vehicles over water (1984) (16)
The Effect of a Surface Layer of Viscous Fluid on the Wave Resistance of a Thin Ship (1974) (16)
Nonlinear extreme ground effect on thin wings of arbitrary aspect ratio (1983) (16)
DRAG ON A SHIP AND MICHELL'S INTEGRAL (2008) (16)
Slow slumping of a very viscous liquid bridge (1997) (15)
Some classical water-wave problems in varying depth (1977) (15)
A criterion for leading-edge separation (1991) (15)
The Free-boundary Problem for Gravity-driven Unidirectional Viscous Flows (1983) (14)
Evaluation of the acoustic impedance of a screen (1977) (14)
Tandem submerged cylinders each subject to zero drag (1998) (14)
An inviscid theory for sliding flexible sheets (1982) (13)
Splashless Bow Flows in Two Dimensions. (1984) (13)
Some accurate solutions of the lifting surface integral equation (1993) (13)
A note on the S-transform and slender body theory in Stokes flow (2010) (12)
Free-surface pressure distributions with minimum wave resistance (2001) (12)
Irrotational flow past bodies close to a plane surface (1971) (12)
Unsteady flow of a viscous fluid from a source in a wall (1970) (11)
A steady breaking wave (1993) (11)
Extensional flow at low Reynolds number with surface tension (2011) (10)
An open-channel flow meeting a barrier and forming one or two jets (2000) (10)
Computation of Extensional Fall of Slender Viscous Drops by a One-Dimensional Eulerian Method (2007) (9)
Steady inviscid rotational flows with free surfaces (1994) (9)
Waves on a static water surface beneath a layer of moving air (1987) (9)
SEA WAVE PATTERN EVALUATION Part 4 Report : Extension to Multihulls and Finite Depth (9)
A SUBMERGED BODY WITH ZERO WAVE RESISTANCE (1989) (8)
The effect of a submerged barrier on the natural freqencies and radiation damping of a shallow basin connected to open water (1980) (8)
On Line Distributions of Kelvin Sources (1964) (8)
Part 1 Report : Primary Code and Test Results ( Surface Vessels ) (8)
Linearized planing-surface theory with surface tension. Part I: Smooth detachment (1982) (7)
On Steady Periodic Interfacial Waves (1999) (7)
A theory for the design of thin heat flux meters (1972) (7)
Two-dimensional resonators with small openings (1982) (7)
Optimal rectangular end plates (1996) (6)
Transmission of water waves through small apertures (1971) (6)
Annular Water Jets (1982) (6)
Contact of one or more slender bodies with an elastic half space (1983) (6)
A Back-Turning Jet Formed by a Uniform Shallow Stream Hitting a Vertical Wall (1997) (6)
Streamlines and Pressure Distribution on Arbitrary Ship Hulls at Zero Froude Number (1968) (6)
SEA WAVE PATTERN EVALUATION Part 6 Report : Viscosity Factors (5)
SEA WAVE PATTERN EVALUATION Part 3 Report : Near-Field Waves (5)
STABILITY OF FOLLOWING IN TWO DIMENSIONS (1961) (5)
On thin or slender bodies (2012) (5)
Thin aerofoils with high-incidence flaps or blunt trailing edges (1989) (5)
Submarine Internal Waves (1993) (5)
Linearized planing-surface theory with surface tension. Part II: Detachment with discontinuous slope (1982) (5)
Splash formation at the nose of a smoothly curved body in a stream (1999) (5)
A note on yawed slender wings (1979) (4)
Lateral forces on ships in steady motion parallel to banks or beaches (1979) (3)
LONGITUDINAL WAVES IN SLENDER MOONPOOLS (2002) (3)
Thin slender water jets (1982) (3)
UNCONSTRAINED SHIPS OF MINIMUM TOTAL DRAG (2008) (3)
Can Shallow-Water Theory Describe Breaking? (1992) (2)
Lifting Surfaces With Circular Planforms (2005) (2)
Riemann-Siegel sums via stationary phase (2005) (2)
TWO-DIMENSIONAL FINITE-DEPTH PLANING HYDROFOIL UNDER GRAVITY (2006) (2)
SEA WAVE PATTERN EVALUATION Part 5 Report : Speed-up and Squat (2)
A GUI for computing flows past general airfoils (2000) (2)
The Effect of Span-Wise Variations in Amplitude on the Thrust-Generating Performance of a Flapping Thin Wing (1975) (2)
Aerofoil nose shapes delaying leading-edge separation (2000) (2)
Unsteady Small-Gap Ground Effects. (1979) (2)
UNSTABLE SQUAT FROM LATERAL MOTION OF SHIPS IN SHALLOW WATER (1974) (2)
Waves Made by Surface or Underwater Ocean Vehicles (2001) (1)
NONLINEAR FREE-SURFACE FLOW SOLVER Users ’ Guide (1)
SEA WAVE PATTERN EVALUATION Part 2 Report : Investigation of Accuracy (1)
Zero Gravity Sloshing (2001) (1)
Cambered valve leaflets that maximize initial rate of closure (1982) (1)
Water non-waves (1992) (1)
Small-Gap Flows (1984) (1)
Some Theoretical Results on Diffraction of Short Waves by Thin Obstacles (1965) (1)
Thin airfoils with small trailing-edge flaps at arbitrary angles (1987) (1)
Two-dimensional leaflet valves with maximum reverse-flow moment (1982) (1)
Optimal nose shaping for delayed boundary-layer separation in laminar plane-symmetric and axisymmetric flow (2004) (1)
Suspended drops (1993) (1)
THE WAVE RESISTANCE FORMULA OF (2008) (1)
A simple mathematical model of muscle-induced ejection flows (1972) (1)
Inversion of a generalised Hilbert transform (1999) (1)
Aerodynamic Drag Mechanisms of Bluff Bodies and Road Vehicles. Edited by G. SOVRAN, T. MOREL and W. T. MASON. Plenum Press, 1978. 380 pp. $47.40. (1979) (1)
A biography of J.N. Newman (2007) (0)
A NEW APPROACH TO THE STRIP THEORY OF FORCED SHIP MOTION (1966) (0)
WAVE GENERATION BY BEACH DISPLACEMENT. Final Report. (1970) (0)
Doubling strategies for backgammon-like games (1980) (0)
VISCOUS EXTENSIONAL FLOW AND DROP BREAK-OFF UNDER GRAVITY (2004) (0)
OBITUARY Associate Professor W. (Bill) Henderson (1943–2001) (2001) (0)
Can lateral asymmetry of the hulls reduce catamaran wave resistance ? (0)
history of mathematical ship squat prediction , focussing on the contributions of (2012) (0)
ON POSITTVTTY OF FOURIER TRANSFORMS (2009) (0)
Inertial effects in extensional fall of a viscous drop (2001) (0)
The Application of Slender Body Theory to Steady Ship Motion (2010) (0)
1D modelling of very viscous dripping flows with surface tension (2007) (0)
SEA WAVE PATTERN EVALUATION — PRESSURE DISTRIBUTIONS : Users ’ Guide (0)
Flow Structure Near a Ship Bow (1985) (0)
Computation and Minimisation of Ship Waves (2003) (0)
Influence of Surface Tension and Surface Shear on Final Coat Thickness in Jet-Stripped Continuous Coating of Sheet Materials. (1983) (0)
On Open Venturis (2001) (0)

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What Schools Are Affiliated With Ernie Tuck?

Ernie Tuck is affiliated with the following schools:

Ernie Tuck's Academic­Influence.com Rankings