Simulation Research of the Impact on the Heat Transfer Capability of Structural Changes in Tube Heat Exchanger
This article apply the CFX computational fluid software of ANSYS software company to casing tube heat exchanger of inside diameter of 10mm, 16mm, wall thickness of 1mm, pipe sections of the counter-flow 1000mm long, including concentric and eccentric placement of three kinds of state and other conditions in different conducted, draw a conclusion that the speed of the fluid and temperature distribution in the tube, and compared the case of three kinds of heat transfer coefficient.
B. S. Liao "Simulation Research of the Impact on the Heat Transfer Capability of Structural Changes in Tube Heat Exchanger", Advanced Materials Research, Vols. 255-260, pp. 1378-1382, 2011