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According to Wikipedia , Louis Landweber , was a leading ship hydrodynamicist, known for Landweber iteration. Education and career Landweber received in 1932 a bachelor's degree in mathematics from the City College of New York. After graduation, he became a physicist at the United States Experimental Model Basin at the Washington Navy Yard. He received a master's degree in physics from George Washington University. Starting in 1940, he led a research group for mine-sweeping and other war-related activities. He received a Ph.D. in physics from the University of Maryland and was promoted to the head of the hydrodynamics division of the David Taylor Model Basin in Carderock, Maryland, before leaving for a professorship at the University of Iowa. There he was a research engineer at the Iowa Institute of Hydraulic Research as well as a professor of mechanics and hydraulics at the University of Iowa, where he remained until his retirement in 1982.
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1940 1950 1960 1970 1980 1990 0 125 250 375 500 625 750 875 1000 1125 Published Works An iteration formula for Fredholm integral equations of the first kind (1951) Advanced mechanics of fluids (1965) An iteration formula for Fredholm integral equations of the first kind with application to the axially symmetric potential flow about elongated bodies of revolution (1951) Added Mass of a Three-Parameter Family of Two-Dimensional Forces Oscillating in a Free Surface (1959) (66)Unsteady Lagally theorem for multipoles and deformable bodies (1980) Forces, moments, and added masses for Rankine bodies (1956) IRROTATIONAL FLOW ABOUT SHIP FORMS (1969) (45)Theory of ship motions (1962) (40)ADDED MASS OF TWO-DIMENSIONAL FORMS OCILLATING IN A FREE SURFACE (1957) (40)Viscous effects on propagation and reflection of solitary waves in shallow channels (1990) Generalization of Taylor’s Added-Mass Formula for Two Bodies (1989) (28)INTERACTION BETWEEN TWO BODIES TRANSLATING IN AN INVISCID FLUID (1991) (27)The axially symmetric potential flow about elongated bodies of revolution (1951) Generalization of the Kelvin–Kirchhoff equations for the motion of a body through a fluid (1981) Thick axisymmetric turbulent boundary layer on a circular cylinder (1979) Flow About a Pair of Adjacent, Parallel Cylinders Normal to a Stream: Theoretical Analysis (1942) (22)Added Masses of Two-Dimensional Forms by Conformal Mapping (1967) (20)ADDED MASSES AND FORCES ON TWO BODIES APPROACHING CENTRAL IMPACT IN AN INVISCID FLUID (1992) (19)Hydrodynamic forces and moments acting on a body emerging from an infinite plane (1976) Mathematical Formulation of Bodies of Revolution (1950) (16)THE SHAPE AND TENSION OF A LIGHT FLEXIBLE CABLE IN A UNIFORM CURRENT (1974) (14)Tests of a Model in Restricted Channels (1939) (12)POTENTIAL FLOW ABOUT BODIES OF REVOLUTION AND SYMMETRIC TWO-DIMENSIONAL FORMS (1959) (12)Vibration of a flexible cylinder in a fluid (1967) (11)Flow Interaction Near the Tail of a Body of Revolution—Part 1: Flow Exterior to Boundary Layer and Wake (1976) AXISYMMETRIC POTENTIAL FLOW IN A CIRCULAR TUBE (1974) Calculation of the Mean Flow Past Circular Cylinders by Viscous-Inviscid Interaction (1985) On a generalization of Taylor’s virtual mass relation for Rankine bodies (1956) Free-Surface Boundary Layer and the Origin of Bow Vortices (1984) DETERMINATION OF THE VISCOUS DRAG OF A SHIP MODEL (1967) (7)SHIP CENTERPLANE SOURCE DISTRIBUTION (1980) (7)Flow Interaction Near the Tail of a Body of Revolution—Part 2: Iterative Solution for Flow Within and Exterior to Boundary Layer and Wake (1976) BOUNDARY-LAYER EFFECTS ON WAVE RESISTANCE OF A SHIP MODEL (1990) Mathematical formulation of bodies of revolution / by L. Landweber and M. Gertler. (1950) Sediment Suspension in Turbulent Pipe Flow (1980) (6)LAGALLY'S THEOREM FOR MULTIPOLES (1963) (6)Added Mass of a Rigid Prolate Spheroid Oscillating Horizontally in a Free Surface (1960) (6)NATURAL FREQUENCIES OF A BODY OF REVOLUTION VIBRATING TRANSVERSELY IN A FLUID (1971) (5)Effect of Transverse Curvature on Frictional Resistance (1949) (5)Comparison of Two Analyses of Boundary-Layer Data on a Flat Plate (1958) (5)On a solution of the Lavrentiev wake model and its cascade (1977) Variation of Viscous Drag with Froude Number (1963) A LONGITUDINAL-CUT METHOD FOR DETERMINING WAVEMAKING RESISTANCE (1972) (4)Elimination of corners in the mapping of a closed curve (1972) CONTRIBUTIONS ON SOME CURRENT PROBLEMS OF SHIP RESISTANCE (1972) (3)A manual for calculation of inception of cavitation on two and three dimensional forms (1961) (3)VIBRATION IN AN INCOMPRESSIBLE FLUID (1963) (3)EFFECT OF WAKE ON WAVE RESISTANCE OF A SHIP MODEL (1975) (3)STUDY OF EGGERS' METHOD FOR THE DETERMINATION OF WAVEMAKING RESISTANCE. (1967) (2)A Slender-Body Solution for the Centerplane Distribution for the Wigley Ship Form, (1983) (2)IRROTATIONAL FLOW WITHIN THE BOUNDARY LAYER AND WAKE (1982) Proceedings of the Sixth Hydraulics Conference (1956) Interactions between Wavemaking and the Boundary Layer and Wake of a Ship Model (1986) On Irrotational Flows Equivalent to the Boundary Layer and Wake. The Fifth David Taylor Lecture (1978) Residues of Integrals with Three-Dimensional Multipole Singularities, with Application to the Lagally Theorem (1985) Hydrodynamic forces on an anchor cable / L. Landweber. (1947) Frictional Resistance of Flat Plates in Dilute Polymer Solutions (1973) (1)Potential Flow About Series 58 Bodies in General Translational and Rotational Motion (1967) (1)Closure to “Discussion of ‘Flow Interaction Near the Tail of a Body of Revolution—Parts 1 and 2’” (1976, ASME J. Fluids Eng., 98, pp. 546–548) (1976) Viscous Effect on Ship Wave Resistance. (1983) (0)ROLLING QUALITIES OF THE PROPOSED 1935 BATTLESHIP HULL (1934) (0)Added Moment of Inertia of Rolling Ship Sections (1982) (0)Experimental Study of the Wavemaking of Horizontally-Oriented Vorticity in a Wake. (1974) (0)The tension in a loop of cable towed through a fluid (1936) Steady-State Motion of Cables in Fluids. Part 1. Tables of Neutrally Buoyant Cable Functions (1964) Contributions to Naval Hydrodynamics. (1975) (0)On the resistance of heavy flexible cable for towing a surface float behind a ship / by J.G. Thews and L. Landweber. (1936) INVESTIGATION ON COMPONENTS OF SHIP RESISTANCE (1974) (0)Meeting report: XIIIth meeting of the International Society for Evolutionary Protistology, Ceské Budejovice, Czech Republic, July 31-August 4, 2000. (2000) Hydrodynamic Forces on an Anchor Cable (1947) (0)Hydrodynamic coefficients of an elongated body rapidly approaching a free surface (1976) DISPLACEMENT THICKNESS OF A THICK 3-D BOUNDARY LAYER (1994) (0)Effect of Boundary Layer on Thrust Deduction (1981) (0)Interaction and Impact of Floating Bodies (1992) (0)STEADY-STATE MOTION OF CABLES IN FLUIDS. PART 2. TABLES OF CABLE FUNCTIONS FOR VERTICAL PLANE MOTION, (1965) Prediction of Dynamic Stability Derivatives of an Elongated Body of Revolution. Revision (1951) ADDED MOMENT OF INERTIA OF A ROTATING SHIP SECTION (1979) (0)Research on Ship Hydrodynamics 1982-1984 (1986) CONTRIBUTIONS ON THE PROBLEM OF SHIP VIBRATION (1972) (0)Further Investigations on Components of Ship Resistance. (1975) (0)FORCE ON A PROLATE SPHEROID IN AN AXISYMMETRIC POTENTIAL FLOW (1963) (0)FINAL REPORT ON RESEARCH ON SHIP HYDRODYNAMICS, 1982-1984 (1986) (0)Ship Hydrodynamics Research at Iowa Institute of Hydraulic Research, 1982-1987 (1987) Errata-Axisymmetric Potential Flow in a Circular Tube (1978) More Papers This paper list is powered by the following services:
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