流体机械
流體機械
류체궤계
FLUID MACHINERY
2014年
9期
49-51,71
,共4页
Solidworks%三偏心蝶阀%回转中心%优化设计%简化设计
Solidworks%三偏心蝶閥%迴轉中心%優化設計%簡化設計
Solidworks%삼편심접벌%회전중심%우화설계%간화설계
solidworks%triple eccentric butterfly valve%rotation center%optimization design%simplified design
介绍了一种结合Solidworks二维作图软件,在避免干涉情况下,快速确定三偏心蝶阀回转中心位置的方法。用该方法同时可求得最小径向偏心量,控制了三偏心蝶阀的启闭力矩而且提高了反向密封性能。在优化的同时大大简化了三偏心蝶阀的设计。
介紹瞭一種結閤Solidworks二維作圖軟件,在避免榦涉情況下,快速確定三偏心蝶閥迴轉中心位置的方法。用該方法同時可求得最小徑嚮偏心量,控製瞭三偏心蝶閥的啟閉力矩而且提高瞭反嚮密封性能。在優化的同時大大簡化瞭三偏心蝶閥的設計。
개소료일충결합Solidworks이유작도연건,재피면간섭정황하,쾌속학정삼편심접벌회전중심위치적방법。용해방법동시가구득최소경향편심량,공제료삼편심접벌적계폐력구이차제고료반향밀봉성능。재우화적동시대대간화료삼편심접벌적설계。
Introduce a method that determine the rotation center of triple eccentric butterfly valve quickly and avoid interference by two-dimension drawing of Solidworks software. In this way can get the minimum length of the radial eccentricity of triple ec-centric butterfly valve and control the opening and closing torque and enhance the reverse seal ability of triple eccentric butterfly. the design of three eccentric butterfly valve will be greatly optimized and simplified in this way.