Fast reversible NiTi fibers for use in microrobotics

I. Hunter, S. Lafontaine, J. Hollerbach, P. Hunter
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引用次数: 93

Abstract

The authors report the experimentally determined characteristics of NiTi fibers which have been modified using a preparation procedure in which the fibers were subjected to brief very large current pulses during forced stretching. The modified fibers contract and relax fast enough to be of use in microrobotics. The modified fibers generate a maximum extrapolated stress of 230 MN/m/sup 2/ and yield a peak measured power/mass approaching 50 kW/kg. The theory of a micro-actuator incorporating the modified fibers is presented.<>
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用于微型机器人的快速可逆NiTi纤维
作者报告了实验确定的NiTi纤维的特性,这些纤维已经使用在强制拉伸过程中纤维受到短暂的非常大的电流脉冲的制备过程进行了修改。这种经过改良的纤维收缩和松弛的速度足够快,可以用于微型机器人。改性纤维产生的最大外推应力为230 MN/m/sup 2/,峰值测量功率/质量接近50 kW/kg。提出了一种采用改性纤维的微致动器的原理
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Fabrication of micro-structures using non-planar lithography (NPL) In situ observation and analysis of wet etching process for micro electro-mechanical systems Silicon wafer bonding techniques for assembly of micromechanical elements Microtribology related to MEMS-Concept, measurements, applications Characteristics of an ultra-small biomotor
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