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Flow Field Simulation of the Spiral Plate Heat Exchanger

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DOI: 10.23977/icmit.2018.023


Junling Fan, Lianxing Song, Lufeng Chen, Shu Guo

Corresponding Author

Junling Fan


The flow field and the heat transfer of spiral plate heat exchanger were studied. The distributions of temperature, pressure and velocity with different flow velocities were obtained. The numerical simulation results show that the temperature difference between the inlet and outlet of the equipment becomes smaller with the increase of velocity besides the pressure drop and the turbulence intensity increases with velocity increasing.


Spiral plate heat exchanger, heat transfer, numerical simulation

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