A solution for fully developed turbulent heat transfer in a circular tube with uniform wall temperature, using a continuous velocity profile

dc.contributor	Graduate Program in Mechanical Engineering.
dc.contributor.advisor	Umur, Aydın.
dc.contributor.author	Merttürk, İbrahim.
dc.date.accessioned	2023-03-16T11:16:03Z
dc.date.available	2023-03-16T11:16:03Z
dc.date.issued	1970.
dc.description.abstract	Heat transfer coefficients and temperature profiles for fully developed turbulent pipe flow with uniform wall temperature are predicted for P 1. The continous and differentiable velocity profile of Pai (1)1 is used to integrate the energy equation numerically. Turbulent pipe flow is assumed to be steady, and thermally and hydrodynamically fully developed. The ratio of the eddy diffusivities is taken to be unity. Axial conduction is neglected, and the flow is assumed to be axisymmetric with constant fluid properties. The results obtained are presented as curves and tables. Three correlating equations are given which predict the Nusselt number for liquid-metals and for gases.
dc.format.extent	30 cm.
dc.format.pages	x, 48 leaves;
dc.identifier.other	ME 1970 M55
dc.identifier.uri	https://hdl.handle.net/20.500.14908/15020
dc.publisher	Thesis (M.S.) - Robert College. Faculty of Graduate School of Engineering, 1970.
dc.relation	Includes appendices.
dc.relation	Includes appendices.
dc.subject.lcsh	Heat -- Transmission -- Mathematical models.
dc.subject.lcsh	Turbulence.
dc.subject.lcsh	Tubes -- Fluid dynamics.
dc.title	A solution for fully developed turbulent heat transfer in a circular tube with uniform wall temperature, using a continuous velocity profile

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