This research studies the flow of air inside the device tunnel cross-sectional size of 0.3 meters x 0.3 meters was influenced by the electric field, pressure, size 20 kV study was applied to analyze, optimize drying. Hot air electrolyte by means of hydrodynamic Natdanai by Mr. Clement (thesis Master of Engineering, Faculty of Engineering. Thammasat University, 2013.) This research will focus on the part of the simulation, the number of E. wire electrodes positioned on the flow characteristics of the airflow which electrodes are placed in the wire's direction. The scenes with the flow The ground wire is arranged in a direction parallel to the flow direction and mounted near the side wall of the tunnel on both sides.
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