A Refined Model of Stationary Heat Transfer in Composite Bodies Reinforced With Pipes Containing a Heat-Transfer Fluid Moving in Laminar Flow Conditions. 2. A Model Problem**
Source abstract
Abstract
Particular calculations of temperature fields in cylindrical shells spirally reinforced with pipes in which a heattransfer fluid moves are carried out. The effect of reinforcement parameters, the speed of the fluid in the pipes, and cross-sectional sizes of the pipes on the temperature field is investigated at different types of thermophysical boundary conditions. It is revealed that these characteristics allow one to considerably change the temperature field and its gradients in the composite structure, thus creating many possibilities for an efficient control of thermal fields in power and other plants.
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Research context
OpenAlex topics: Mechanical and Thermal Properties Analysis · Material Properties and Applications · Engineering Technology and Methodologies
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References (14)
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