Samuel Newby Curle
#150,710
Most Influential Person Across History
British mathematician
Samuel Newby Curle's AcademicInfluence.com Rankings
Samuel Newby Curlemathematics Degrees
Mathematics
#9518
Historical Rank
Measure Theory
#2905
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Mathematics
Samuel Newby Curle's Degrees
- Masters Mathematics University of Oxford
Why Is Samuel Newby Curle Influential?
(Suggest an Edit or Addition)According to Wikipedia, Samuel Newby Curle FRSE was a British mathematician. He served as Professor of Applied Mathematics at St Andrews University from 1967 until 1989. St Andrews University created the Curle Lecture in his memory.
Samuel Newby Curle'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
- The influence of solid boundaries upon aerodynamic sound (1955) (1851)
- The Laminar Boundary Layer Equations (1964) (81)
- The mechanics of edge-tones (1953) (66)
- Approximate Methods for Predicting Separation Properties of Laminar Boundary Layers (1957) (63)
- Modern fluid dynamics (1968) (41)
- The Effects of Heat Transfer on Laminar-Boundary-Layer Separation in Supersonic Flow (1961) (23)
- A Two-Parameter Method for Calculating the Two-Dimensional Incompressible Laminar Boundary Layer (1967) (22)
- Calculation of the axisymrnetric boundary layer on a long thin cylinder (1980) (17)
- On hydrodynamic stability in unlimited fields of viscous flow (1957) (17)
- DEVELOPMENT AND SEPARATION OF A LAMINAR BOUNDARY LAYER WITH AN EXPONENTIALLY INCREASING PRESSURE GRADIENT (1981) (14)
- The steady compressible laminar boundary layer, with arbitrary pressure gradient and uniform wall temperature (1959) (14)
- The Estimation of Laminar Skin Friction, including the Effects of Distributed Suction (1960) (13)
- Development and separation of a compressible laminar boundary layer under the action of a very sharp adverse pressure gradiant (1978) (5)
- The Generation of Sound by Aerodynamic Means (1961) (5)
- 9.—Development and Separation of a Laminar Boundary Layer, under the Action of a Very Sharp Constant Adverse Pressure Gradient (1976) (5)
- Heat Transfer Through a Compressible Laminar Boundary Layer (1962) (4)
- Effects of a sharp pressure rise on a compressible laminar boundary layer, when the Prandtl number is σ = 0.72 (1979) (4)
- An introduction to fluid dynamics: G. K. Batchelor, Cambridge University Press, Cambridge (1967). Price 75s (1968) (4)
- Unsteady two-dimensional flows with free boundaries. - I. General theory (1956) (4)
- Modern Fluid Dynamics, Volume I: Incompressible Flow (1970) (3)
- Lectures on Partial Differential Equations. I. G. Petrovsky. Translated from the Russian by A. Shenitzer. Interscience Publishers, New York, 1954. 245 pp. 41s. (1955) (3)
- Shock-Induced Separation of a Laminar Boundary Layer in Supersonic Flow Past a Convex Corner (1965) (2)
- Hydrodynamic Stability of Laminar Wakes (1958) (2)
- Development of a laminar boundary layer under conditions of continuous incipient separation (1976) (2)
- Self-induced interactions (1982) (2)
- Applied differential equations (1972) (2)
- Analysis of Certain Slowly Converging Series (1979) (1)
- Jets, Wakes and Cavities. G. Birkhoff and E. H. Zarantonello. Applied Mathematics and Mechanics: Volume Two. Academic Press, New York. Academic Books, London, 1957. 353 pp. Illustrated. $10.00. (1957) (1)
- An Accurate Calculation Method for Two-dimensional Incompressible Laminar Boundary Layers, Including Cases with Regions of Sharp Pressure Gradient (1977) (1)
- New Methods in Laminar Boundary-Layer Theory. D. Meksyn. Pergamon, Oxford, 1961. 294 pp. Diagrams. 70s (1961) (0)
- Unsteady two-dimensional flows with free boundaries - II. The incompressible inviscid jet (1956) (0)
- Integral Transforms in Applied Mathematics J. W. Miles Cambridge University Press, 1971. 98 pp. £2.20. (1972) (0)
- An Introduction to the Method of Characteristics. M. B. Abbott. Thames and Hudson, London. 1966. 243 pp. Diagrams. 84s. (1967) (0)
- Comments on "Calculation of Laminar Separation" (1963) (0)
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