机电工程技术
機電工程技術
궤전공정기술
MACHANICAL & ELECTRICAL ENGINEERING TECHNOLOGY
2014年
4期
80-84,140
,共6页
电动静液作动器(EHA)%作动筒%ANSYS%ISIGHT%结构分析与优化
電動靜液作動器(EHA)%作動筒%ANSYS%ISIGHT%結構分析與優化
전동정액작동기(EHA)%작동통%ANSYS%ISIGHT%결구분석여우화
electro-hydrostatic actuator (EHA)%action cylinder%ANSYS%ISIGHT%structural analysis and optimization
研究了飞机电动静液作动器作动筒的结构分析与优化问题。采用ANSYS软件对EHA的作动筒进行了载荷、模态和压杆稳定性等有限元分析。使用ISIGHT软件，以作动筒的质量最轻和变形最小为目标，同时满足静载荷约束和模态约束，建立了作动筒的优化模型，选用ISIGHT内嵌的NLPQL序列二次规划算法进行了优化设计，得出了优化结果。研究结果表明，用ISIGHT进行优化设计，工作量小，求解问题简单方便，得到的作动筒设计参数更为合理。
研究瞭飛機電動靜液作動器作動筒的結構分析與優化問題。採用ANSYS軟件對EHA的作動筒進行瞭載荷、模態和壓桿穩定性等有限元分析。使用ISIGHT軟件，以作動筒的質量最輕和變形最小為目標，同時滿足靜載荷約束和模態約束，建立瞭作動筒的優化模型，選用ISIGHT內嵌的NLPQL序列二次規劃算法進行瞭優化設計，得齣瞭優化結果。研究結果錶明，用ISIGHT進行優化設計，工作量小，求解問題簡單方便，得到的作動筒設計參數更為閤理。
연구료비궤전동정액작동기작동통적결구분석여우화문제。채용ANSYS연건대EHA적작동통진행료재하、모태화압간은정성등유한원분석。사용ISIGHT연건，이작동통적질량최경화변형최소위목표，동시만족정재하약속화모태약속，건립료작동통적우화모형，선용ISIGHT내감적NLPQL서렬이차규화산법진행료우화설계，득출료우화결과。연구결과표명，용ISIGHT진행우화설계，공작량소，구해문제간단방편，득도적작동통설계삼수경위합리。
The problem of structural analysis and optimization of aircraft electro-hydrostatic actuator (EHA) action cylinder is researched in this paper. Using ANSYS finite element analysis software, load, modal shape and compression stability of EHA action cylinder are discussed respectively. Taking the minimum mass and minimum deformation of action cylinder as objective function, while meeting the constraints of stress and modal, the optimization model is created using ISIGHT software. NLPQL sequential quadratic programming algorithm, which is embedded in ISIGHT, is used to get optimization results. Final analysis conclusion suggest that using ISIGHT software to optimize and design product can easily get the result and reduce the workload, meanwhile the designed action cylinder parameters are more reasonable.
