Richard V. Southwell
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British mathematician
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Richard V. Southwellmathematics Degrees
Mathematics
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Measure Theory
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Mathematics
Why Is Richard V. Southwell Influential?
(Suggest an Edit or Addition)According to Wikipedia, Sir Richard Vynne Southwell, FRS was a British mathematician who specialised in applied mechanics as an engineering science academic. Education and career Richard Southwell was educated at Norwich School and Trinity College, Cambridge, where in 1912 he achieved first class degree results in both the mathematical and mechanical science tripos. In 1914, he became a Fellow of Trinity, and a lecturer in Mechanical Sciences.
Richard V. Southwell'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
- On maintained convective motion in a fluid heated from below (1940) (446)
- RELAXATION METHODS APPLIED TO DETERMINE THE MOTION, IN TWO DIMENSIONS, OF A VISCOUS FLUID PAST A FIXED CYLINDER (1955) (359)
- On the analysis of experimental observations in problems of elastic stability (1932) (329)
- Relaxation Methods in Theoretical Physics (1947) (259)
- The vibrations of a spinning disk (1921) (218)
- On the free transverse vibrations of a uniform circular disc clamped at its centre; and on the effects of rotation (1922) (193)
- On the General Theory of Elastic Stability (177)
- Relaxation methods applied to engineering problems XII. Fluid motions characterized by 'free' stream-lines (1946) (109)
- On the Stability under Shearing Forces of a Flat Elastic Strip (1924) (97)
- An introduction to the theory of elasticity for engineers and physicists (1936) (88)
- Stress-calculation in frameworks by the method of "systematic relaxation of constraints"—I and II (1935) (82)
- ON THE ANALOGUES RELATING FLEXURE AND EXTENSION OF FLAT PLATES (1950) (52)
- Relaxation methods applied to engineering problems XIV. Plastic straining in two-dimensional stress-systems (1950) (38)
- Relaxation methods applied to engineering problems. VII. Problems relating to the percolation of fluids through porous materials (1941) (38)
- Relaxation Methods Applied to Engineering Problems. III. Problems Involving Two Independent Variables (1938) (24)
- Relaxation methods applied to engineering problems - Biharmonic analysis as applied to the flexure and extension of flat elastic plates (1945) (22)
- Some practically important stress-systems in solids of revolution (1942) (22)
- Relaxation methods in theoretical physics : a continuation of the treatise relaxation methods in engineering science (1949) (21)
- LX. On the collapse of tubes by external pressure—III (1913) (18)
- Castigliano's Principle of Minimum Strain-Energy (1936) (16)
- On the problem of hydrodynamic stability. I. uniform shearing motion in a viscous fluid (16)
- A Modification of Oseen's Approximate Equation for the Motion in Two Dimensions of a Viscous Incompressible Fluid (1934) (14)
- Relaxation methods applied to engineering problems IX. High-speed flow of compressible fluid through a two-dimensional nozzle (1944) (14)
- XVI. On Castigliano's theorem of least work, and the principle of St. Venant (13)
- XXXVIII. On the collapse of tubes by external pressure.—II (1913) (12)
- ON SOME EIGENVALUE PROBLEMS OF EXCEPTIONAL DIFFICULTY, EXEMPLIFIED BY A CASE OF ELASTIC INSTABILITY (1953) (12)
- Relaxation methods applied to engineering problems. VIII. Plane-potential problems involving specified normal gradients (1943) (12)
- On the flow of gas through a nozzle with velocities exceeding the speed of sound (1944) (10)
- Oscillatory motion of a fluid along a circular tube (1938) (10)
- Relaxing methods applied to engineering problems VIII A. Problems relating to large transverse displacements of thin elastic plates (1945) (9)
- XXIII. Castigliano's principle of minimum strain-energy, and the conditions of compatibility for strain (1940) (9)
- Relaxation methods applied to engineering problems V. Conformal transformation of a region in plane space (1940) (8)
- Relaxation methods applied to engineering problems - Free transverse vibrations of membranes, with an application (by analogy) to two-dimensional oscillations in an electro-magnetic system (1945) (8)
- The theory of waves travelling on the core in a swirling liquid (1951) (7)
- Bakerian Lecture. On relaxation methods: A mathematics for engineering science (1945) (7)
- VI. The natural frequencies of systems having restricted freedom (1940) (7)
- Conformal Transformation with the Aid of an Electrical Tank (1937) (6)
- On the free transverse vibrations of air-acrew blades (6)
- Relaxation methods applied to engineering problems - The elastic stability of plane frameworks and of flat plating (1945) (6)
- On the calculation of stresses in braced frameworks (1933) (6)
- Relaxation methods applied to engineering problems - Stress distributions in elastic solids of revolution (1945) (6)
- Relaxation Methods Applied to Engineering Problems. IV. Problems Relating to Elastic Stability and Vibrations (1939) (6)
- LV. Note on the stability of laminar shearing motion in a viscous incompressible fluid (1924) (5)
- On the torsion of conical shells (1937) (5)
- ON THE COMPUTATION OF STRAIN AND DISPLACEMENT IN A PRISM PLASTICALLY STRAINED BY TORSION (1949) (5)
- Freedom of information, a human right (1953) (5)
- Relaxation methods applied to engineering problems. XI. Problems governed by the ‘quasi-plane-potential equation' (1945) (4)
- ‘SOME EXTENSIONS OF “RAYLEIGH'S PRINCIPLE”’ (1953) (4)
- Relaxation methods applied to engineering problems XIII. The flexure and extension of perforated elastic plates (1948) (4)
- XIII.On the notion of generalized plane stress (1936) (3)
- ON THE PROBLEM OF STIFFENED SUSPENSION-BRIDGES, AND ITS TREATMENT BY RELAXATION METHODS. (1939) (3)
- Relaxation Methods Applied to Engineering Problems. I. The Deflexion of Beams under Transverse Loading (1937) (3)
- On the Stresses in Hooks, and Their Determination by Relaxation Methods (1946) (2)
- On the Calculation of Stresses in the Hulls of Rigid Airships (1926) (2)
- W.J.M. RANKINE: A COMMEMORATIVE LECTURE, DELIVERED ON 12 DECEMBER, 1955, IN GLASGOW. (1956) (2)
- Use of an Analogue to resolve Stokes's Paradox (1958) (2)
- A Contribution to the Analysis of Primary Stresses in the Hull of a Rigid Airship (1931) (2)
- Relaxation Methods: A Retrospect: (1954) (2)
- Relaxation methods applied to engineering problems. X. The graphical representation of stress (1944) (1)
- On the natural frequencies of vibrating systems (1940) (1)
- AERONAUTICAL PROGRESS, 1914 TO 1930. JAMES FORREST LECTURE 1930. (1)
- Some Recent Work of the Aerodynamics Department, National Physical Laboratory (1925) (1)
- THE INTERNATIONAL CONFERENCE ON APPLIED MECHANICS IN HOLLAND (1924) (1)
- Aeronautical Progress, 1914 to 1930 (1930) (1)
- XXXVI. On a graphical method for determining the frequencies of lateral vibration, or whirling speeds, for a rod of non-uniform cross-section (1921) (1)
- “The ‘Squares’ Method for Potential Problems” (1947) (1)
- The place of engineering science in university studies : an inaugural lecture delivered before the University of Oxford on 7 June 1930 (1)
- On the Stresses Induced by Flexure in a Deep Rectangular Beam (1934) (1)
- The effect of shear upon a framework of uniform rectangular cross-section (1)
- THE CHANGING OUTLOOK OF ENGINEERING SCIENCE. (1939) (1)
- DISCUSSION. INTERACTION IN BRIDGEWORK AND TRANSVERSE OSCILLATIONS IN GIRDERS. (0)
- The Effect of axial loading, torsion, flexure and shear upon a braced tube of any uniform cross section (0)
- The Society's notes (1971) (0)
- CORRESPONDENCE. ON THE PROBLEM OF STIFFENED SUSPENSION-BRIDGES, AND ITS TREATMENT BY RELAXATION METHODS. (1939) (0)
- Charles Frewen Jenkin, 1865 - 1940 (1941) (0)
- NEW METHODS OF TESTING BY IMPACT. (1934) (0)
- CORRIGENDA. JAMES FORREST LECTURE 1948. RELAXATION METHODS: AN ENGINEERING APPROACH TO COMPUTATION. (1948) (0)
- Discussion of "On the Method of Complementary Energy" (1942) (0)
- DISCUSSION ON PAPER NO.5195: ON THE PROBLEM OF STIFFENED SUSPENSION-BRIDGES, AND ITS TREATMENT BY RELAXATION METHODS. (1939) (0)
- ‘R 101.’ (0)
- Discussion: “Allowable Working Stresses Under Impact” (Davidenkoff, N. N., 1934, Trans. ASME, 56, pp. 97–102) (1934) (0)
- The Changing Outlook for Engineering Science (1938) (0)
- CORRESPONDENCE. AN EXPERIMENTAL STUDY OF THE VOUSSOIR ARCH. (1939) (0)
- The Effects of axial loading, flexure, torsion and shear upon a tubular framework with taper (0)
- CORRESPONDENCE. THE PRESSURE ON RETAINING WALLS. (1932) (0)
- Existence of New Types of Wakes Behind a Moving Body (1947) (0)
- A Classic Textbook: Professor Timoshenko's “Theory of Elastic Stability” Reviewed (1936) (0)
- DISCUSSION. THE MECHANICS OF THE VOUSSOIR ARCH. (1937) (0)
- A method of making stream-lines momentarily visible (1941) (0)
- The Correlation of Impact Tests, and the Problem of Standardization (1936) (0)
- Teaching Art History2. An Experiment (1979) (0)
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