PL-1 MODELING OF ACTIVE MATERIALS

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概要

• 論文の詳細を見る

• This talk intends to cover three different active materials in actuators, (1) piezoelectric laminate with FGM microstructure, (2) ferromagnetic shape memory alloy (FSMA) and (3) electroactive polymer (EAP). The advantage of using the FGM piezo laminate is to enhance its fatigue life while maintaining large bending displacement, while that of use in FSMA is its fast actuation while providing a large force and stroke capability and that of EAP is to provide largest displacement under modest applied voltage. Use of modeling of the above active materials is a key design step in optimizing its microstructure for enhancement of their performance.

• 一般社団法人日本機械学会の論文

著者

• Popovic Suzana

  Lecturer University Of Washington

• Taya Minoru

  Center For Intelligent Materials And Systems Department Of Mechanical Engineering University Of Wash

• Almajid Abdul

  Post Doctorate, University of Washington

• Liang Yuanchang

  Research Associate, University of Washington

• Almajid Abdul

  Post Doctorate University Of Washington

• Liang Yuanchang

  Research Associate University Of Washington

関連論文

• W05-(12) Bio-inspired Design of Materials for Actuators and Sensors
• PL-1 MODELING OF ACTIVE MATERIALS
• Nafion based multi-arrayed actuator

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