结晶器非正弦振动工艺参数的分析与优化

《结晶器非正弦振动工艺参数的分析与优化》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、-------optimaldesignvariables;fluxconsumption,spacingOscillationmarks,castingbilletandthemoldwallfrictionastheobjectivefunction;toensurethenormalpullouttheslabmoldisintherangeofprocessparameterspremiseofconstraints;theuseofmulti-disciplinaryoptimizations

2、oftwareISIGHToptimizationmodel.Thusoptimizedtoobtainnon-dominatedsolutionset(ParetoFront)Paretofrontier,choosefromasetofidealsolutionastheoptimalsolution,theproceduretocalculatetheexperienceinsteadofcomputer-aideddesigntooptimizepersonnel.Theresultsshowe

3、dthatautomaticoptimizationdesignmethodisfeasibleandeffective.DetailsoftheinterfacetocreateaparametricoptimizationplatformbasedonVS2013MFCclasslibrarythatallowsuserstoquicklyandeasilygettheoptimalsolution.Keywords:Slabquality;Non-sinusoidaloscillation;Tec

4、hnologicalparameters;Objectivefunction;Optimization;MFC-----------万方数据-----------西安建筑科技大学（硕士）学位论文目录1绪论..............................................................................................................................11.1本课题的研究背景及其意义..........

5、...............................................................11.2结晶器振动技术发展简史.............................................................................11.2.1连铸技术.........................................................................................

6、.......11.2.2结晶器振动技术....................................................................................21.2.3结晶器振动技术与铸坯表面质量关系................................................31.3研究的主要内容.....................................................................

7、........................42结晶器振动装置与内摩擦力的研究..........................................................................52.1结晶器振动机构简介.....................................................................................52.1.1导轨式振动机构............................

8、........................................................52.1.2长臂振动机构........................................................................................52.1.3四连杆振动机构.....................................................