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Heat transfer between moving beds of solids and a vertical tube

Creator:: Obuskovic, Nevenka S.
Abstract:: Heat transfer to moving packed beds of solids has been studied extensively but predictions are usually specific to the experimenter's own equipment. In order to obtain a more general predictive equation, the heat transfer coefficient was measured for a single vertical tube immersed in a moving packed bed of glass...
Resource Type:: Dissertation
Full Text:: ACKNOWLEDGEMENT I would like to express my thanks to my major professor Dr. James G. Knudsen for all the

Deposition characteristics of magnesium silicate and calcium carbonate in cooling tower water

Creator:: Lee, Sai Heep
Abstract:: Deposition characteristics of magnesium silicate and calcium carbonate on a heated surface in cooling tower water using city water as make-up was investigated. Flow velocity, bulk temperature and calcium hardness were maintained constant at 5.3 ft/ sec, 95°F and 150 ppm as CaCO₃ respectively whereas surface temperature varied from 105°F...
Resource Type:: Masters Thesis
Full Text:: for Privacy DR. JAMES G. KNUDSEN Deposition characteristics of magnesium silicate and calcium

Turbulent mixing across adjacent subchannels in packed rod bundles using conductivity measurement

Creator:: Chan, Pui Yuen
Abstract:: Turbulent mixing across adjacent subchannels in packed rod bundles was studied using conductivity measurement and sodium chloride solution as the tracer. Single phase water was the fluid investigated. The packed rod bundles were seven stainless steel tubes, 1.905 cm in diameter and 152.4 cm long, arranged in hexagonal close-packed configuration...
Resource Type:: Masters Thesis
Full Text:: privacyAbstract approved: James G. KnudAn Turbulent mixing across adjacent subchannels in packed rod bundles was

Local shell-side heat transfer coefficients in the vicinity of baffles in tubular heat exchanges

Creator:: Gurushapkariah, Mysore Shamanna
Resource Type:: Masters Thesis
Full Text:: fellowship to conduct the present research. To Dr. J. G. Knudsen for hi suggestion of the problem and

Turbulent heat transfer in annuli at large diameter ratios

Creator:: Unzicker, William Frank
Abstract:: Heat transfer from the inner wall of an annulus to subcooled water in turbulent parallel flow was studied. The inner core of the annulus consisted of wires varying from 0.0019 to 0.0197 inch in diameter. The outer tube consisted of a 1.01 inch diameter glass tube 24 inches long. Diameter...
Resource Type:: Masters Thesis
Full Text:: J. G. Knudsen for pro- viding me the opportunity to do this research project. His advice and

Natural and forced turbulent mixing in rod bundles

Creator:: Jovanovic, Goran N.
Abstract:: The effects of mass flow rate and subchannel configuration on the turbulent interchange between adjacent subchannel in simulated rod bundle were investigated. The simulated rod bundle was made by arranging seven 1.913 cm diameter acrylic plastic rods in an equilateral triangular pattern in a tube 8.89 cm inside diameter. The...
Resource Type:: Masters Thesis
Full Text:: AND FORCED TURBULENT MIXING IN ROD BUNDLES Redacted for privacy Abstract approved: James G. Knudsen

Velocity and temperature profiles for turbulent flow of liquid-liquid dispersions in pipes

Creator:: Faruqui, Azimuddin Ahmad
Resource Type:: Dissertation
Full Text:: , Calcul8teu Prndt1 tnd Coraprison of St(PI-) f' with j ........... 30 4. Phic1 Prepert.1e5 of the Solvent

Drop size distributions produced by turbulent pipe flow of immiscible liquids

Creator:: Collins, Stanley Browning
Abstract:: Drop size distributions produced by the turbulent pipe flow of dispersions of immiscible liquids were measured photographically. A mathematical model was developed which predicted both the shape of the experimentally observed distributions and the experimentally observed kinetics of the breakup process. The mutually saturated water and organic phases were pumped...
Resource Type:: Dissertation
Full Text:: PRODUCED BY TURBULENT PIPE FLOW OF IMMISCIBLE LIQUIDS Abstract approved: (Signature Dr. James G

Local shell-side heat transfer coefficients and pressure drop in a tubular heat exchanger with orifice baffles

Creator:: Lee, Kyu Sung
Resource Type:: Masters Thesis
Full Text:: deep appreciation to Dr. James G. Knudsen for his inspiring guidance and valuable suggestions

Drag coefficients for flat plates, spheres, and cylinders moving at low Reynolds numbers in a viscous fluid

Creator:: Jones, Alva Merle
Resource Type:: Masters Thesis
Full Text:: Privacy Redacted for Privacy Redacted for Privacy Drtc tbrclr la prrrontr a h'4u.*l*^r-J-;t,r,,.lqql

ScholarsArchive@OSU

Heat transfer between moving beds of solids and a vertical tube

Deposition characteristics of magnesium silicate and calcium carbonate in cooling tower water

Turbulent mixing across adjacent subchannels in packed rod bundles using conductivity measurement

Local shell-side heat transfer coefficients in the vicinity of baffles in tubular heat exchanges

Turbulent heat transfer in annuli at large diameter ratios

Natural and forced turbulent mixing in rod bundles

Velocity and temperature profiles for turbulent flow of liquid-liquid dispersions in pipes

Drop size distributions produced by turbulent pipe flow of immiscible liquids

Local shell-side heat transfer coefficients and pressure drop in a tubular heat exchanger with orifice baffles

Drag coefficients for flat plates, spheres, and cylinders moving at low Reynolds numbers in a viscous fluid

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