Dean Roden Chapman's AcademicInfluence.com Rankings Why Is Dean Roden Chapman Influential? (Suggest an Edit or Addition)
According to Wikipedia , Dean Roden Chapman was a mechanical engineer at the National Aeronautics and Space Administration and at Stanford University. Biography He played basketball for the oft-maligned Caltech Beavers men's basketball team while he got a B.S. from Caltech. He began his professional career at Ames Aeronautical Laboratory in 1948, where he later became Director of Astronautics. He left government service in 1980 to join the faculty at Stanford University. At the time of his death from cancer at age 73, he was Professor Emeritus of the Department of Aeronautics and the Department of Mechanical Engineering at Stanford University. Chapman was internationally known for his research into fluid dynamics, and for pioneering modern computational fluid dynamics. He is also remembered for his research and controversial theories on the origin of tektites.
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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
1900 1910 1920 1930 1940 1950 1960 1970 1980 1990 0 100 200 300 400 500 600 700 800 900 1000 Published Works Computational Aerodynamics Development and Outlook (1979) Investigation of separated flows in supersonic and subsonic streams with emphasis on the effect of transition (1958) (649)Temperature and Velocity Profiles in the Compressible Laminar Boundary Layer with Arbitrary Distribution of Surface Temperature (1949) An approximate analytical method for studying entry into planetary atmospheres (1958) (207)An analysis of base pressure at supersonic velocities and comparison with experiment (1951) (149)Stabilization of the Burnett Equations and Application to Hypersonic Flows (1993) Chemical investigation of Australasian tektites (1969) The limiting behaviour of turbulence near a wall (1986) On the lunar origin of tektites (1963) Laminar mixing of a compressible fluid (1949) (108)Comparison of Burnett, super-Burnett and Monte Carlo solutions for hypersonic shock structure (1989) (86)A theoretical analysis of heat transfer in regions of separated flow (1956) (78)Accuracy of the Burnett equations for hypersonic real gas flows (1991) An analysis of the Burnett equations based on the second law of thermodynamics (1995) On the unity and origin of the Australasian tektites (1964) Australasian tektite geographic pattern, crater and ray of origin, and theory of tektite events (1971) Computers vs. wind tunnels for aerodynamic flow simulations (1975) (53)Turbulent Skin Friction at High Mach Numbers and Reynolds Numbers in Air and Helium (1958) (41)Stabilization of the Burnett equations and application to high-altitude hypersonic flows (1991) Recent Re-Entry Research and the Cosmic Origin of Tektites (1960) Trends and pacing items in computational aerodynamics (1981) Measurements of Turbulent Skin Friction on Cylinders in Axial Flow at Subsonic and Supersonic Velocities (1953) Sr isotope patterns within the Southeast Australasian strewn-field (1969) Hypersonic shock structure with Burnett terms in the viscous stress and heat flux (1988) Population polygons of tektite specific gravity for various localities in Australasia (1964) Aerodynamic Evidence Pertaining to the Entry of Tektites into the Earth's Atmosphere (1962) (24)Experimental investigation of base pressure on blunt-trailing-edge wings at supersonic velocities (1952) (23)Some possibilities of using gas mixtures other than air in aerodynamic research (1956) (22)Simulation and modeling of homogeneous, compressed turbulence (1985) (22)Vapor pressure of tektite glass and its bearing on tektite trajectories determined from aerodynamic analysis (1966) Airfoil profiles for minimum pressure drag at supersonic velocities -- general analysis with application to linearized supersonic flow (1952) (20)Computational aerodynamics development and outlook /Dryden Lecture in Research for 1979/ (1979) A more accurate nonequilibrium air radiation code - NEQAIR second generation (1992) Evaluation of various forms of the Burnett equations (1993) Reduction of profile drag at supersonic velocities by the use of airfoil sections having a blunt trailing edge (1955) (16)Tests of Subgrid-Scale Models in Strained Turbulence. Studies of the Structure of Homogeneous Shear Flows. Developing a Model of Turbulence Near a Wall from Solutions of the Navier-Stokes Equations. (1980) Turbulent Boundary-layer and Skin-friction Measurements in Axial Flow Along Cylinders at Mach Numbers Between 0.5 and 3.6 (1954) (16)Comparison of Macedon and Darwin glass (1967) Ablated tektite from the central Indian Ocean (1995) Predicting and measuring vertical track displacements on soft subgrades (1999) (12)Preliminary report on a study of separated flows in supersonic and subsonic streams (1956) (12)Computational fluid dynamics near the continuum limit (1987) Rapid diagnosis of amniotic fluid embolism. (1978) (12)Two-component Navier-Stokes computational model of viscous sublayer turbulence (1981) Ptindamental Problem In Computing Radiating Flow Fields With Thick Shock Waves (1988) On the Corridor and Associated Trajectory Accuracy for Entry of Manned Spacecraft into Planetary Atmospheres (1960) Numerical simulation of Sharma's shock-tube experiment (1993) Critique of ''cometary impact and the origin of tektites.'' (1967) TABLES OF Z FUNCTIONS FOR ATMOSPHERE ENTRY ANALYSES (1961) (7)Comparison Of Shock Structure Solutions Using Independent Continuum And Kinetic Theory Approaches (1988) A Numerical Investigation of the Burnett Equations Based on the Second Law (1995) (6)Airfoil profiles for minimum pressure drag at supersonic velocities: Application of shock-expansion theory, including consideration of hypersonic range (1952) (5)Status and prospects of computational fluid dynamics (1976) (4)Effect of Trailing Edge Thickness on Lift at Supersonic Velocities (1952) (4)Study of motion and heating for entry into planetary atmospheres (1958) (4)Note on Base Pressure Measurements (1950) Base pressure at supersonic velocities (1948) Experimental Investigation of the Effects of Viscosity on the Drag of Bodies of Revolution at a Mach Number of 1.5 (1947) (3)Impact survival conditions for very large meteorites, with special reference to the legendary Chinguetti meteorite (1975) (3)Computational models of the viscous sublayer and limiting behavior of turbulence near a wall (1984) (3)Effect of rotational relaxation and approximate Burnett terms on hypersonic flow-field radiation at high altitudes (1991) Navier-Stokes Simulation of Homogeneous Turbulence on the CYBER 205 (1984) (2)Reply to S.C. Lin's rebuttal (1967) Laminar Mixing of a Compressible Fluid, National Advisory Committee for Aeronautics Report 958, (1950) (1)Separated supersonic and subsonic flows (1955) (1)BOOK AND FILM REVIEWS: Handy Reference for Teachers and Students: The Penguin Dictionary of Science (1973) Base Pressure on Wings and Bodies with Turbulent Boundary Layers (1951) (0)Numerical simulation of the I.R. radiation in a shock-tube experiment (1996) High Altitude Hypersonic Flowfield Radiation (1994) (0)Reply [to “Comments on paper by Dean R. Chapman, ‘Australasian tektite geographic pattern, crater and ray of origin, and theory of tektite events’”] (1972) The Penguin Dictionary of Science@@@Glossary of Art, Architecture and Design Since 1945@@@A Dictionary of Art & Artists@@@Phaidon Dictionary of Twentieth-Century Art (1975) Investigation of Slipstream Effects on a Wing-inlet Oil-cooler Ducting System of a Twin-engine Airplane in the Ames 40- by 80-foot Wind Tunnel (1945) (0)David Chapman : Paintings 1969-1979 (1979) (0)Reply [to “Comments on the paper by Dean R. Chapman and Howard K. Larson ‘On the lunar origin of tektites’”] (1964) Improved Computational Fluid Dynamics for Continuum Hypersonic Flow (1990) (0)Accession 96-100 Dean R. Chapman Papers, circa 1960-1976 (1960) (0)Investigation of Burnett equations for two-dimensional hypersonic flow (1994) (0)Coherent structure modeling of viscous sublayer turbulence for incompressible flow with heat transfer and for compressible flow (1984) Experimental Investigation of the Effects of Viscosity on the Drag and Base Pressure of Bodies of Revolution at a Mach Number 1.5 (1951) (0)Aerodynamic Heating and Deceleration During Entry into Planetary Atmospheres (1962) (0)Viscous hypersonic shock-shock interaction on a blunt body at high altitude (1993) Tektites and Their Origin. J. A. O'Keefe (1977) More Papers This paper list is powered by the following services:
Other Resources About Dean Roden Chapman What Schools Are Affiliated With Dean Roden Chapman? Dean Roden Chapman is affiliated with the following schools:
