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1. 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:: coefficients in annuli of diameter ratios from one (parallel planes) to infinity (circular pipes). 2 In

2. The local natural convection heat transfer coefficient on a heated horizontal cylinder oscillating in water

Creator:: Martin, Timothy William
Abstract:: An experimental study has been made of the local natural convective heat transfer coefficient around the circumference of a heated horizontal cylinder oscillating vertically in water. The heat transfer surface consisted of a 1 3/8-inch diameter cylinder with a small test section imbedded in its surface. This enabled data to...
Resource Type:: Masters Thesis
Full Text:: similar to those of the previous investigators were noted in that no change in the heat transfer

3. The effect of geometric orientation and random wind conditions on flat plate convection rates

Creator:: Melchior, Daniel K.
Abstract:: An experimental investigation has been performed to determine the forced convection heat transfer due to three-dimensional air flow over a flat plate as a function of angle of attack and free stream velocity. The experimental method employed a transient thermal technique and placed the convecting surface next to the exhaust...
Resource Type:: Masters Thesis
Full Text:: progress. The present investigation provides information which bridges the earlier work of Jurges and the

4. Some factors affecting the heat transfer in a finned tube radiator using low pressure steam and hot water as a heat source

Creator:: Waterhouse, Alvin Sidney
Resource Type:: Masters Thesis
Full Text:: today. They are usually rectangular, circular, or in the form of a helical ribbon and may be

5. 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:: owing to ahortage of fundnmerta1 information on the fluid f1or patterns and their associated effect

6. Heat transfer from finned tubes under moderate scaling conditions

Creator:: McCluer, Henry Karl
Resource Type:: Masters Thesis
Full Text:: are widely used in heat exchanger design. However, very little information on the behavior of finned

7. Heat transfer coefficients for condensation of liquid metal vapors inside a vertical tube

Creator:: Cohn, Paul Daniel
Resource Type:: Masters Thesis
Full Text:: condition$ inside the tower· or that low concentrations of sodium. have no effect on the condensing

8. Heat transfer characteristics of liquid-liquid dispersions flowing in an annulus

Creator:: Corlett, Thomas Lee
Resource Type:: Masters Thesis
Full Text:: containing more than 60% oil were unstable, and no correlation was found. The heat transfer coefficient of

9. Heat transfer between immiscible liquids for concurrent flow

Creator:: Grover, Shamsher Singh
Resource Type:: Masters Thesis
Full Text:: Properties of the Liquids and Related Information 31 Calculations for Comparison with a Conventional Heat

10. Fully developed laminar natural convection in a vertical parallel plate channel with symmetric uniform wall temperature

Creator:: Willie, Robert H.
Abstract:: Described in this thesis is an investigation of the fully developed natural convection heat transfer in a vertical channel formed by two infinitely wide parallel plates maintained at a uniform wall temperature. Closed-form solutions for the velocity and temperature profiles are developed along with local and averaged Nusselt numbers. The...
Resource Type:: Masters Thesis
Full Text:: . Vertical or inclined ducts may be of various cross-sections. Ducts of circular cross-section and those

ScholarsArchive@OSU

1. Turbulent heat transfer in annuli at large diameter ratios

2. The local natural convection heat transfer coefficient on a heated horizontal cylinder oscillating in water

3. The effect of geometric orientation and random wind conditions on flat plate convection rates

4. Some factors affecting the heat transfer in a finned tube radiator using low pressure steam and hot water as a heat source

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

6. Heat transfer from finned tubes under moderate scaling conditions

7. Heat transfer coefficients for condensation of liquid metal vapors inside a vertical tube

8. Heat transfer characteristics of liquid-liquid dispersions flowing in an annulus

9. Heat transfer between immiscible liquids for concurrent flow

10. Fully developed laminar natural convection in a vertical parallel plate channel with symmetric uniform wall temperature

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1. Turbulent heat transfer in annuli at large diameter ratios

2. The local natural convection heat transfer coefficient on a heated horizontal cylinder oscillating in water

3. The effect of geometric orientation and random wind conditions on flat plate convection rates

4. Some factors affecting the heat transfer in a finned tube radiator using low pressure steam and hot water as a heat source

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

6. Heat transfer from finned tubes under moderate scaling conditions

7. Heat transfer coefficients for condensation of liquid metal vapors inside a vertical tube

8. Heat transfer characteristics of liquid-liquid dispersions flowing in an annulus

9. Heat transfer between immiscible liquids for concurrent flow

10. Fully developed laminar natural convection in a vertical parallel plate channel with symmetric uniform wall temperature

Limit your search