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저주파진동의 미세유동에의 영향 관찰을 위한 실험적 접근
김진수(Jin Soo Kim),채기운(Ki Woon Chae),배진현(Jin Hyun Bae),정영훈(Young Hun Jeong),진송완(Songwan Jin) 대한기계학회 2011 대한기계학회 춘추학술대회 Vol.2011 No.10
Recently, there have been various studies for fluidic behavior in micro-channel due to the rapid growth of biochip and MEMs applications. In this study, the fluidic behavior in micro-channel was investigated when low-frequency vibration was given to the micro-channel environment. Especially, an actuation using flexure mechanism and piezo-electric stack actuator was used to generate vibration up to 300 Hz, which was given to the micro-channel directly. The structural characteristics of the experimental setup were investigated to identify the vibratory behavior of the micro-channel. Consequently, the influence of the low-frequency vibration on the fluidic behavior in micro-channel could be observed.