Due to the rise of biological and MEMS technology in recent years, some micro flow system components have drawn attention and been developed by many investigators. The importance of micro-pumps manufactured is higher ...Due to the rise of biological and MEMS technology in recent years, some micro flow system components have drawn attention and been developed by many investigators. The importance of micro-pumps manufactured is higher than the other part of micro flow system since it is the power source of the entire micro-flow system and responsible for driving working fluid in the microfluidic system. In actual operation, the instability and bad dynamic characteristics of the micro-pump will cause larger fluid flow mobility error, such as transport behavior and response procedures failure, etc., and even damage the microfluidic system. Therefore, to investigate the stability and dynamic characteristics of a micro pump is necessary. The Finite element analysis (FEA), ANSYS Workbench, is employed to analyze the dynamic characteristics of this micro pump, and experiment is also considered in this study.展开更多
This work addresses the nonlinear dynamic behavior of different electrostaticmicro-tweezers,amicro electric actuator.This actuator,a cantilever beamelectrostatic micro-tweezers,has been extensively used in micro-elect...This work addresses the nonlinear dynamic behavior of different electrostaticmicro-tweezers,amicro electric actuator.This actuator,a cantilever beamelectrostatic micro-tweezers,has been extensively used in micro-electro-mechanical systems(MEMS).The importance of micro electric actuators manufactured is higher than the other part of MEMS since it is the power source of the entire micro-electro-mechanical systems.In actual operation,the instability and bad dynamic characteristics of the electric actuators will cause larger displacement mobility error,such as transport behavior and response procedures failure,etc.,and even damage the micro-electro-mechanical systems.To improve the actuator dynamic displacement accuracy,the dynamic behavior in the electric actuator system must be studied,especially for nonlinear dynamic behavior of system.In this work,the differential quadrature method(DQM)was employed to solve the problem of nonlinearity in the equation of motion.The results reveal that the proposed DQM model can be used to simulate the nonlinear behavior of the micro-tweezers efficiently Micro-tweezers of various shapes were studied to examine the feasibility of applying the DQMin analyzing their nonlinear responses.The simulated results agree very closely with the calculated and experimental data in the literature.展开更多
文摘Due to the rise of biological and MEMS technology in recent years, some micro flow system components have drawn attention and been developed by many investigators. The importance of micro-pumps manufactured is higher than the other part of micro flow system since it is the power source of the entire micro-flow system and responsible for driving working fluid in the microfluidic system. In actual operation, the instability and bad dynamic characteristics of the micro-pump will cause larger fluid flow mobility error, such as transport behavior and response procedures failure, etc., and even damage the microfluidic system. Therefore, to investigate the stability and dynamic characteristics of a micro pump is necessary. The Finite element analysis (FEA), ANSYS Workbench, is employed to analyze the dynamic characteristics of this micro pump, and experiment is also considered in this study.
基金The financial support by the Ministry of Science and Technology,TAIWAN,through Grant MOST 105-2221-E-230-004 of the Cheng Shiu University is gratefully acknowledged.
文摘This work addresses the nonlinear dynamic behavior of different electrostaticmicro-tweezers,amicro electric actuator.This actuator,a cantilever beamelectrostatic micro-tweezers,has been extensively used in micro-electro-mechanical systems(MEMS).The importance of micro electric actuators manufactured is higher than the other part of MEMS since it is the power source of the entire micro-electro-mechanical systems.In actual operation,the instability and bad dynamic characteristics of the electric actuators will cause larger displacement mobility error,such as transport behavior and response procedures failure,etc.,and even damage the micro-electro-mechanical systems.To improve the actuator dynamic displacement accuracy,the dynamic behavior in the electric actuator system must be studied,especially for nonlinear dynamic behavior of system.In this work,the differential quadrature method(DQM)was employed to solve the problem of nonlinearity in the equation of motion.The results reveal that the proposed DQM model can be used to simulate the nonlinear behavior of the micro-tweezers efficiently Micro-tweezers of various shapes were studied to examine the feasibility of applying the DQMin analyzing their nonlinear responses.The simulated results agree very closely with the calculated and experimental data in the literature.
