Index Catalog // ScholarsArchive@OSU

Creator:: Braun, Frederick William
Resource Type:: Masters Thesis
Full Text:: ANOWLEDG[ Appreciation Is gratefully expressed to Dr. J. G. Knudsen, who suggested and directed the

Creator:: Jones, Alva Merle
Resource Type:: Masters Thesis
Full Text:: Dr . J . G. Knudsen for helping with this investigation and to the Do Chemical Company for aiding

Creator:: Faruqui, Azimuddin Ahmad
Resource Type:: Dissertation
Full Text:: .neke the following ocKnowledgments: To Dr. J. G. i(nudsen for suggesting the rob1ein and his

Creator:: Kim, Duk Hwang
Abstract:: Momentum transfer in an annular duct with upward gas-Iiquid flow was studied under the condition that the liquid flowed as a film only on the inner core of the annulus, the outer wall remaining dry. Previous workers have studied climbing and falling liquid films in tubes or on vertical planes....
Resource Type:: Dissertation
Full Text:: IwouldliketoexPressmygratefulappreciationtothe f ollowing: To Dr. James G. Knudsen, professor of Chernical Engineering, for suggesting the

Creator:: Brown, Gary Leigh
Abstract:: An analysis of the velocity and the shape of large gas bubbles rising through tubes filled with viscous liquids is presented. Four tubes, with diameters ranging from 0. 446 inches to 3. 97 inches, and three liquids, with viscosities ranging from one to 200 centipoise, were used in the study....
Resource Type:: Masters Thesis
Full Text:: ACKNOWLEDGMENT The author wishes to express his appreciation to the following: Dr. J. G. Knudsen, Assistant

Creator:: Scott, Bruce Douglas
Abstract:: This paper describes a study of two-phase gas-liquid vertical annular climbing film flow. Using a high speed Fastax movie camera, motion was slowed sufficiently to facilitate detailed analysis of the climbing film structure, based on single frame projections. The dynamic characteristics of the liquid film could likewise be obtained, though...
Resource Type:: Masters Thesis
Full Text:: : Dr. James G. Knudsen This paper describes a study of two-phase gas-liquid vertical annular climbing

Creator:: Soot, Peet Mati
Abstract:: 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 drop. The experimental study covered bubble and drop flow regimes. The discontinuous phase was injected by nozzle into...
Resource Type:: Dissertation
Full Text:: -LIQUID FLOW IN PIPES Abstract approved: James G. Knudsen c /97O ate1) The pressure drop for two-phase

Creator:: Ward, John Philip
Abstract:: 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 profiles for three organic phases dispersed in water. The test sections consisted of straight copper tubes 1-inch OD and 0.830-inch ID....
Resource Type:: Dissertation

ScholarsArchive@OSU