水平管中冰浆湍流充分发展段位置的实验和模拟研究

eremination of flow stable section is quite important in pressure drop measrurement of ice slurry. Based on studies of the existing ice slurry rheological properties, this paper use ice slurry concentration distribution for a more accurate prediction of viscosity, and conducted simulation and experimental research on the pressure drop characteristics of ice slurry flow in a 8 mm diameter circular tube under different inlet velocity. Numerical simulation and experiment results are in good consistency. Under the Ice Packing Factor (IPF) of 7%, ice slurry flow pressure drop amplitude reduces with the increase of entrance section length until a certain entrance length. The fully developed turbulence section begins in 160 times and 180 times of the tube diameter for the chosen circular tube. For the ice slurry with Ice Packing Factor (IPF) of 7% and 10.5%, the pressure drop of the entrance section increases with the increase of IPF.