<cite id="lpf7v"><span id="lpf7v"><menuitem id="lpf7v"></menuitem></span></cite>
<var id="lpf7v"><video id="lpf7v"><listing id="lpf7v"></listing></video></var>
<var id="lpf7v"><strike id="lpf7v"></strike></var>
<var id="lpf7v"><strike id="lpf7v"><listing id="lpf7v"></listing></strike></var>
<var id="lpf7v"><video id="lpf7v"></video></var>
<cite id="lpf7v"></cite>
<cite id="lpf7v"></cite>
<menuitem id="lpf7v"><strike id="lpf7v"><listing id="lpf7v"></listing></strike></menuitem>
<var id="lpf7v"></var><var id="lpf7v"><video id="lpf7v"><listing id="lpf7v"></listing></video></var>
<var id="lpf7v"><strike id="lpf7v"><thead id="lpf7v"></thead></strike></var>
<var id="lpf7v"></var>
<var id="lpf7v"><strike id="lpf7v"></strike></var>
<cite id="lpf7v"></cite>
<var id="lpf7v"><noframes id="lpf7v"><menuitem id="lpf7v"></menuitem>
Welcome to Shenzhen Weimai Intelligent Technology Co., Ltd.

Your location:HomeNewsIndustry Information

News
News and information
Industry Information

偏動式形狀記憶合金驅動器系統建模與仿真
Release time:2023-05-18

       為了實現偏置形狀記憶合金驅動器的快速響應和高精度控制系統,基于Kanaka-Liang提出的形狀記憶合金材料的一維本構關系建立偏置SMA執行器的熱力學模型.針對合金執行器材料的非線性滯后特性,結合PID控制和模糊控制各自的優點,設計了模糊增益自調節PID復合控制器方案,

記憶合金驅動器
并對偏置形狀記憶合金驅動器的響應特性進行了仿真。結果表明,與PID控制器和模糊控制器相比,模糊增益自調節PID復合控制器具有響應快、超調小、適應性好等優點。模糊增益自調節PID控制策略可以充分滿足偏置形狀。記憶合金驅動器對控制精度的要求。

Subscribe
Please continue to read, keep posting, subscribe, we welcome you to tell us your thoughts.
Contact us

Shenzhen Weimai Intelligent Technology Co., Ltd.

Address: Room 301, Building A3, No. 1, Qimeng Wisdom Park, No. 28, Youtian Road, Anliang Community, Yuanshan Street, Longgang District, Shenzhen

Zip code: 518115

Phone: 13590330491 18500138588

Corporate media

  • WeChat official account

  • Mobile website
Copyright ? 2021 Shenzhen Weimai Intelligent Technology Co., Ltd. All rights reserved 粵ICP備2021036547號
你懂的在线视频