首页> 外文会议>Smart Structures and Integrated Systems Mar 3-6, 2003 San Diego, California, USA >Energy Based Efficiency of Mechanized Solid-State Actuators
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Energy Based Efficiency of Mechanized Solid-State Actuators

机译:机械化固态执行器的基于能量的效率

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The research in this study develops an analysis technique for mechanized solid-state actuators. The methodology's strength stems from the fact that it can be applied to a single solid-state actuator or an actuator that is coupled to a compliant mechanism (mechanized). The technique couples the actuator to any compliant mechanism and it takes into account interactions between the mechanized actuator and its load. Thus the methodology can be applied to a myriad of loaded systems. The analysis technique is rooted in thermodynamics and thus can be expanded to a wide range of systems (piezoelectric, electrohydraulic, electrostrictive, magnetostrictive, etc.). The methodology uses energy transfer as a medium to develop analytical relationships between input parameters and output parameters. Results of the technique are consistent with existing energy-based techniques and experimental data.
机译:本研究的研究开发了一种用于机械化固态致动器的分析技术。该方法的优势源于它可以应用于单个固态致动器或与顺应性机构(机械化)耦合的致动器的事实。该技术将致动器耦合到任何顺应机构,并且考虑到机械化致动器与其负载之间的相互作用。因此,该方法可以应用于众多的加载系统。分析技术源于热力学,因此可以扩展到广泛的系统(压电,电液,电致伸缩,磁致伸缩等)。该方法使用能量传递作为媒介来发展输入参数和输出参数之间的分析关系。该技术的结果与现有的基于能量的技术和实验数据一致。

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