Experiments And Simulation Of The Flowing Of The Liquid Driven The EMF

As the organic the body combination of a classical fluid dynamics, numerical analysis methods and computer technology, recently, computational fluid dynamics becomes stronger, and is the efficient methods of both science research and engineering design.Based on the stress of liquid in EMF, we analysis drive and motion of electrolyte solution in EMF. According to the electromagnetic drive model, we made study on microscopic DPIV in driven flow field, and multi-scale of driven design display unit of flow field.First, we analyzed the principle of the electrolyte solution propelled in electromagnetic field, set up a mathematic model on the ideal condition, instructed a motion equations of the liquid propelled by both direct and alternating current, and then received the relations between EF/MF and motion.Second, self-developed materials and structure of experimental installation for electrolyte solution drive by electromagnetic of field different, use image analysis and conversion techniques to design experimental installation of electrolyte solution drive by electromagnetic"in Microscopic and Macroscopic Condition". With improvement of LASER source and indication application in flow field, we put forward"micro display"light engine of particle in flow field and method of measuring speed, and then we get images and data of flow field.Third, we analyzed the liquid in passageway with finite element method, set up a numerical simulation model by ANSYS, and got the results of EMF driven by Flow Motion Analysis.Finally, we compared experimental data and data analysis with numerical simulation to get motion law of ghost fluid in driven magnetic field. And supply a method to measure particle's velocity in different depth of flow field where liquid is driven by EMF.