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Browsing by Author "Knudsen, James G."
Now showing items 1-14 of 14
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Oregon State College. Engineering Experiment Station; Knudsen, James G. (Corvallis : Engineering Experiment Station, Oregon State College, 1960-11)
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Oregon State University. Engineering Experiment Station; Knudsen, James G. (Corvallis : Engineering Experiment Station, Oregon State University, 1964-09)
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Oregon State University. Engineering Experiment Station; Knudsen, James G. (Corvallis, Or. : Engineering Experiment Station, Oregon State University, 1966-11)
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Lin, Dah-cheng (1990-08-24)The fouling characteristics of a desalted crude oil were investigated in a systematic investigation. There are two main parts in this study, the dry bulk tests (dehydrated crude oil) and the wet bulk tests (to which de ...
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Oufer, Lounes (1990-02-02)A systematic study of the fouling characteristics of organic fluids was conducted in an annular test section. The study consisted of four main parts. First, the effect of key factors such as surface temperature, velocity ...
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Rowe, Donald Scott (1973-05-04)An experimental study was performed to investigate the effect of flow channel geometry on fully developed turbulent flow in "clean" rod bundle flow channels. This information was sought to obtain a better understandin ...
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Dev, Lachhman (1972-01-20)
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Pressure drop and heat transfer for liquid- liquid dispersions in turbulent flow in a circular tube Wright, Charles Harry (1959-09-09)
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Pressure losses and heat transfer for the flow of mixtures of immiscible liquids in circular tubes Finnigan, Jerome Woodruff (1958-05-14)
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Oregon State University. Engineering Experiment Station; Knudsen, James G.; Oregon State University. School of Engineering (Corvallis, Or. : Engineering Experiment Station, Oregon State University, 1971-08)
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Oregon State Univeristy. Engineering Experiment Station; Oregon State Univeristy. School of Engineering; Knudsen, James G. (Corvallis, Or. : Engineering Experiment Station, Oregon State University, 1961-07-01)
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Soot, Peet Mati (1970-07-06)The pressure drop for two-phase liquid-liquid flow is theoretically predicted for each flow regime. Empirical correlations, which are applicable in all flow regimes, are also presented for holdup as well as pressure d ...
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Turbulent flow of liquid-liquid dispersions : drop size, friction losses, and velocity distributions Ward, John Philip (1964-04-23)The momentum transfer characteristics of liquid-liquid dispersions were studied under conditions of turbulent flow in a cirular conduit. Experiments were conducted to obtain drop size, friction factors and velocity pr ...
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John Anthony Cengel (1959-09-09)
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