CAJ | 학술논문

本文目的在于提高破碎机性能，提出以减小破碎机变形与得到优化的产品的结构优化形式。通过ANSYS有限元结构分析试验，并且利用ANSYS有限元分析软件进行计算分析，获取计算值。根据设计输入与输出响应关系的数学模型，并采用空间局部方法对响应面进行重构。将响应面法、灵敏度分析、试验设计、遗传算法和等多个方法相结合分析，获得较优良的计算数据。通过转子对系统稳定性影响分析，得出转子的结构形式优化，而最终得到优化后的破碎机产品。
본문목적재우제고파쇄궤성능，제출이감소파쇄궤변형여득도우화적산품적결구우화형식。통과ANSYS유한원결구분석시험，병차이용ANSYS유한원분석연건진행계산분석，획취계산치。근거설계수입여수출향응관계적수학모형，병채용공간국부방법대향응면진행중구。장향응면법、령민도분석、시험설계、유전산법화등다개방법상결합분석，획득교우량적계산수거。통과전자대계통은정성영향분석，득출전자적결구형식우화，이최종득도우화후적파쇄궤산품。
This text purpose lies in raising crusher function and put forward with let up a crusher to transform and get excellent turn of the structure of the product Be excellent to turn a form.Pass a limited dollar of ANSYS the structure is analytical experiment, and make use of ANSYS limited dollar the analytical software carry on a calculation analysis, obtain calculation to be worth.According to design the importation and exportation responds to the mathematics model of relation, and adopt space part to put a value method to reach towards responding to noodles to carry on to put a value weighing.Will respond to a noodles method and intelligent degree analysis, experiment a design, heredity the calculate way and etc. several methods combine together analysis and acquire better calculation data.Pass to turn son to the system stability influence analysis, get the structure form that turns son excellent turn, but finally get an excellent crusher after turning of product.