A liquid crystal fluxes flow simulation method for detection Casting

Is a crystalline powder of liquid flow detection method for casting simulation, simulation applications belonging steel metallurgical continuous casting mold. The present invention comprises the steps of: determining a plexiglass plate gap d2 between the width direction and the vibration plate; billet mold by the actual flux channel width d1 at the meniscus, resulting in an actual liquid and powder viscosity μ1 steps slit width d2, according to the principle, experiments to determine the appropriate viscosity of the oil [mu] 2; into the gap between the plate and the vibrating plate plexiglass uniform injection viscosity of the oil [mu] 2 is the experimental perspex plate along the slit experiment filled with oil; start the motor, and by an eccentric rod driven down vibration of the vibration plate; after stable vibrations, oil ink is injected into the experimental perspex plate along the ink flow was observed and photographed record; observed by the host computer the pressure of the ink flowing at the gap pressure sensor detects a change, and store the data, the experiment is completed.