机械工程与自动化
機械工程與自動化
궤계공정여자동화
MECHANICAL ENGINEERING & AUTOMATION
2013年
4期
42-43
,共2页
差异演化算法%锚杆钻机%冲击机构%优化设计%1stOpt软件
差異縯化算法%錨桿鑽機%遲擊機構%優化設計%1stOpt軟件
차이연화산법%묘간찬궤%충격궤구%우화설계%1stOpt연건
differential evolution algorithm%roofbolter%impact mechanism%optimization design%1stOpt software
简要介绍了差异演化算法的基本原理、特点和流程，给出了冲击回转型液压锚杆钻机冲击机构的优化设计模型，进而应用1stOpt软件中提供的差异演化算法，通过编程对冲击回转型液压锚杆钻机冲击机构进行了优化设计，使液压锚杆钻机的工作总效率提高到了76％，效果令人满意，同时也表明应用差异演化算法解决实际工程优化问题的可行性与可靠性。
簡要介紹瞭差異縯化算法的基本原理、特點和流程，給齣瞭遲擊迴轉型液壓錨桿鑽機遲擊機構的優化設計模型，進而應用1stOpt軟件中提供的差異縯化算法，通過編程對遲擊迴轉型液壓錨桿鑽機遲擊機構進行瞭優化設計，使液壓錨桿鑽機的工作總效率提高到瞭76％，效果令人滿意，同時也錶明應用差異縯化算法解決實際工程優化問題的可行性與可靠性。
간요개소료차이연화산법적기본원리、특점화류정，급출료충격회전형액압묘간찬궤충격궤구적우화설계모형，진이응용1stOpt연건중제공적차이연화산법，통과편정대충격회전형액압묘간찬궤충격궤구진행료우화설계，사액압묘간찬궤적공작총효솔제고도료76％，효과령인만의，동시야표명응용차이연화산법해결실제공정우화문제적가행성여가고성。
The basic theory ,characteristics and flow chart of differential evolution algorithm were introduced in this paper .The optimization model of the impact mechanism of a hydraulic roofbolter was put forward .The differential evolution algorithm in 1stOpt software was used to optimize the impact mechanism . The efficiency of roofbolter was improved up to 76% . This proved that differential evolution algorithm is feasible in practical engineering optimization .
