组合机床与自动化加工技术
組閤機床與自動化加工技術
조합궤상여자동화가공기술
MODULAR MACHINE TOOL & AUTOMATIC MANUFACTURING TECHNIQUE
2014年
4期
104-107
,共4页
超声变幅杆%变型设计%解析型回转曲面%宏程序
超聲變幅桿%變型設計%解析型迴轉麯麵%宏程序
초성변폭간%변형설계%해석형회전곡면%굉정서
ultrasonic horn%variant design%analytical type rotatory surface%macro program
针对超声加工的应用现状,以SolidWorks 2011为设计平台,利用Visual Basic6.0,开发超声变幅杆的三维变型辅助设计软件;利用VB调用SolidWorks的API函数通过参数驱动自动生成新的三维模型,实现了超声变幅杆的三维变型设计。根据变幅杆解析型回转曲面的几何外形建立其相应的数学模型,采用模块化的思想进行宏程序编程,快速设计加工了大、中、小截面指数形变幅杆。通过对变幅杆进行有限元模态分析与谐振特性实验,验证了变幅杆设计、宏程序编程的正确性。提出的三维变型设计和解析型回转曲面宏程序编程方法有助于超声变幅杆的快速设计和高效数控加工,这对于推广应用超声振动加工技术具有重要意义。
針對超聲加工的應用現狀,以SolidWorks 2011為設計平檯,利用Visual Basic6.0,開髮超聲變幅桿的三維變型輔助設計軟件;利用VB調用SolidWorks的API函數通過參數驅動自動生成新的三維模型,實現瞭超聲變幅桿的三維變型設計。根據變幅桿解析型迴轉麯麵的幾何外形建立其相應的數學模型,採用模塊化的思想進行宏程序編程,快速設計加工瞭大、中、小截麵指數形變幅桿。通過對變幅桿進行有限元模態分析與諧振特性實驗,驗證瞭變幅桿設計、宏程序編程的正確性。提齣的三維變型設計和解析型迴轉麯麵宏程序編程方法有助于超聲變幅桿的快速設計和高效數控加工,這對于推廣應用超聲振動加工技術具有重要意義。
침대초성가공적응용현상,이SolidWorks 2011위설계평태,이용Visual Basic6.0,개발초성변폭간적삼유변형보조설계연건;이용VB조용SolidWorks적API함수통과삼수구동자동생성신적삼유모형,실현료초성변폭간적삼유변형설계。근거변폭간해석형회전곡면적궤하외형건립기상응적수학모형,채용모괴화적사상진행굉정서편정,쾌속설계가공료대、중、소절면지수형변폭간。통과대변폭간진행유한원모태분석여해진특성실험,험증료변폭간설계、굉정서편정적정학성。제출적삼유변형설계화해석형회전곡면굉정서편정방법유조우초성변폭간적쾌속설계화고효수공가공,저대우추엄응용초성진동가공기술구유중요의의。
According to application actuality of ultrasonic machining, the computer aided design facilities based on three dimensional variant design of ultrasonic horn was developed by means of combining VB and Solidworks. The software transferred SolidWorks API function to create a new model, which achieved three dimensional variant design of ultrasonic horn. Mathematics model suited to rotative analytical surface of horns was set up, and macro program was achieved . Therefore, three circular cross-section exponential horn including big, medium and small sizes were designed and machined. It compared and analyzed these results from finite element modal analysis and resonance experiment of exponential horns to verify the design and programming method. The three dimensional variant design and macro machining programming method will be helpful for rapid design and efficient NC machining of ultrasonic horns, which will play an important role in generalizing ultrasonic machining.