Rolf Heinrich Sabersky

Rolf Heinrich Sabersky's AcademicInfluence.com Rankings

Engineering

#5675

World Rank

#6940

Historical Rank

Mechanical Engineering

#805

World Rank

#866

Historical Rank

engineering Degrees

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Engineering

Rolf Heinrich Sabersky's Degrees

PhD Mechanical Engineering Stanford University
Masters Mechanical Engineering Stanford University
Bachelors Mechanical Engineering Stanford University

Why Is Rolf Heinrich Sabersky Influential?

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According to Wikipedia, Rolf Heinrich Sabersky was professor emeritus in mechanical engineering at Caltech. He worked with luminaries throughout his career including Apollo M. O. Smith and Theodore von Kármán at Aerojet. James Van Allan sought his expertise for the development of the Ajax and Bumblebee rocket programs.

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Rolf Heinrich Sabersky'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

HEAT AND MOMENTUM TRANSFER IN SMOOTH AND ROUGH TUBES AT VARIOUS PRANDTL NUMBERS (1963) (277)
Fluid Flow: A First Course in Fluid Mechanics (1989) (153)
Concentrations, decay rates, and removal of ozone and their relation to establishing clean indoor air (1973) (150)
Heat transfer to flowing granular media (1975) (102)
Measurements of Velocity, Velocity Fluctuation, Density, and Stresses in Chute Flows of Granular Materials (1991) (74)
Heat transfer in an annular gap (1978) (69)
Some Effects of the Orientation of the Heating Surface in Nucleate Boiling (1963) (66)
Gravity Flow of Granular Materials in Conical Hoppers (1979) (60)
Experiments on the flow over a rough surface (1966) (59)
Funnel Flow in Hoppers (1980) (55)
Convective heat transfer to rapidly flowing, granular materials (1986) (48)
Heat transfer and friction coefficients in smooth and rough tubes with dilute polymer solutions (1974) (47)
Free convection heat transfer to carbon dioxide near the critical point (1966) (46)
Shear Flows of Rapidly Flowing Granular Materials (1987) (32)
Flow regimes in inclined open-channel flows of granular materials (1985) (31)
Effect of Wave Propagation in Feed Lines on Low-Frequency Rocket Instability (1954) (27)
Measurements of Pollutants inside an Automobile (1975) (26)
Analysis of the Fully Developed Chute Flow of Granular Materials (1992) (25)
Transient heat transfer in Bénard convection (1973) (18)
Heat transfer and friction coefficients for dilute suspensions of asbestos fibers (1978) (15)
On the Relationship Between Fluid Friction and Heat Transfer in Nucleate Boiling (1955) (13)
Laminar flow over rectangular cavtties (1968) (13)
On the relation between the indoor and outdoor concentrations of nitrogen oxides. (1974) (13)
Rheology, friction, and heat transfer study of a discontinuously shear-thickening antimisting polymer solution (1987) (9)
Experiments on Chute Flows of Granular Materials (1988) (9)
Heat transfer in the seventies (1971) (8)
A method of predicting the ‘diameter effect’ for heat transfer and friction of drag-reducing fluids (1982) (8)
On the Start of Nucleation in Boiling Heat Transfer (1955) (7)
Recent Developments in Convective Heat Transfer (1959) (7)
Friction and Heat Transfer Measurements for Clay Suspensions With Polymer Additives (1987) (7)
Investigations of Axial-Flow Compressors (1951) (7)
Natural convection film boiling on a vertical surface (1981) (5)
Extrapolation to various tube diameters of experimental data taken with dilute polymer solutions in a smooth tube (1974) (5)
Flow Through an Orifice From a Transverse Stream (1990) (4)
Thermal wake and separation point for the flow of a granular medium around a heated cylinder (1977) (4)
FLOW OF GRANULAR MEDIA (1980) (2)
Heat transfer and friction coefficients for tomato puree (1988) (2)
Heat transfer to dilute asbestos dispersions in smooth and rough tubes (1975) (2)
Further comments on heat transfer research (1975) (2)
Kinetic Art: Special Bas-Reliefs with Solar Illumination (1980) (2)
Discussion: “Laminar Flow Heat Transfer for Variable Physical Properties” (Koppel, L. B., and Smith, J. M., 1962, ASME J. Heat Transfer, 84, pp. 157–162) (1962) (0)
Experimental and theoretical investigations on the general flow patterns in axial flow compressors (1949) (0)
Who Will Take the Lead in Engineering Education (1968) (0)
Recent Developments in Convective (1959) (0)
Elements of Engineering Thermodynamics (1933) (0)
Forced Convection 6 (Promoters, Rough Surfaces, Fluid Injection) (1974) (0)
Closure to “Discussions of ‘Investigations of Axial-Flow Compressors’” (1951, Trans. ASME, 73, pp. 14–15) (1951) (0)
Discussion: “Film Boiling in a Forced-Convection Boundary-Layer Flow” (Cess, R. D., and Sparrow, E. M., 1961, ASME J. Heat Transfer, 83, pp. 370–375) (1961) (0)
Who Will Lead The Way in Engineering Education (1969) (0)
Short Commupication 0 Ekevier Sequoia/printed in the Netherlands (0)
Discussion: “The Influence of the Equilibrium Dissociation of a Diatomic Gas on Brayton-Cycle Performance” (Jacobs, T. A., and Lloyd, J. R., 1963, ASME J. Appl. Mech., 30, pp. 288–290) (1964) (0)
Printed in The Netherlands EXPERIMENTS ON CHUTE FLOWS OF GRANULAR MATERIALS (0)
Discussion: “A Method of Correlating Heat-Transfer Data for Surface Boiling of Liquids” (Rohsenow, W. M., 1952, Trans. ASME, 74, pp. 969–975) (1952) (0)
Forms of Flowing Granular Materials (1980) (0)
Heat transfer in the last decade (1983) (0)
Interview with Rolf H. Sabersky (1992) (0)

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Rolf Heinrich Sabersky's Academic­Influence.com Rankings