Microactuator Systems: Concepts of Cooperative Multistage and Multistable Performance
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Beschreibung
This is an open access book. It gathers research findings and developments in the fields of microsystems engineering, materials research, system simulation, and control engineering. The chapters cover various combinations of microactuators, inherent sensor properties, and multistable mechanisms, considering the corresponding synergies and coupling effects. In addition, they highlight the resulting new principles and methods for design, manufacturing, and control of cooperative microactuator systems. The contributions originate from the six-year German research program “Cooperative Multistage Multistable Micro Actuator Systems” (in short: KOMMMA), bringing together the expertise of more than thirty scientists. Addressing researchers and graduate students in engineering, materials and micro/nano technologies, this book offers a timely overview of developments in cooperative microactuator systems for applications in mechanics, optics and fluidics.
This is an open access book. It gathers research findings and developments in the fields of microsystems engineering, materials research, system simulation, and control engineering. The chapters cover various combinations of microactuators, inherent sensor properties, and multistable mechanisms, considering the corresponding synergies and coupling effects. In addition, they highlight the resulting new principles and methods for design, manufacturing, and control of cooperative microactuator systems. The contributions originate from the six-year German research program “Cooperative Multistage Multistable Micro Actuator Systems” (in short: KOMMMA), bringing together the expertise of more than thirty scientists. Addressing researchers and graduate students in engineering, materials and micro/nano technologies, this book offers a timely overview of developments in cooperative microactuator systems for applications in mechanics, optics and fluidics.
This book is open access, which means that you have free and unlimited access Offers a comprehensive overview of research and developments in microactuator systems Presents system architectures, simulation methods, microsystems technologies and control methods Discusses various approaches to provide multistable mechanisms for low power operation
Autor*in
Manfred Kohl
Themen in »Microactuator Systems: Concepts of Cooperative Multistage and Multistable Performance«
Open Access Dielectric Elastomer Membranes Cooperative Microactuator System Electrostatic Microactuators Magnetic Microactuators Shape Memory Microactuators Piezoelectric Actuators Reduced-order Model System Simulation Program KOMMMA German Science Foundation