虚拟制造技术在高速摄影机研制中的应用  

Virtual Manufacturing and the Application on the Development of High-Speed Photograph Camera

作　　者：马丽华[1] 梁志毅[1] 熊仁生[1] 石兴春[1] 鲁梅[1] 

机构地区：[1]中国科学院西安光机所

出　　处：《光子学报》2005年第8期1278-1280,共3页Acta Photonica Sinica

摘　　要：结合70mm间歇式同步高速摄影机的虚拟制造实例,阐述了虚拟制造技术在高速摄影机研制中的应用与具体实现,包括虚拟环境构造、数字化模型建立、装配性和适配性检查以及关重件的动力学仿真.事实证明,将虚拟制造技术应用于高速摄影机的研制不仅可以提高高速摄影机的设计质量,而且可以大大节约产品开发时间.Virtual Manufacturing （VM） is a concept of executing manufacturing process in computers as well as in the real world, where virtual modes allow for prediction of potential problems for product functionality and manufacturability before real manufacturing occurs. As a new manufacturing technology, VM affects the whole manufacturing industry including the manufacture of high-speed photograph camera （HSPC）. The application of VM successfully resolves a series of technical difficulties caused by increasing photograph frequency of HSPC. These efforts of VM can not only increase the level and overall design quality of HSPC manufacturing,but also decrease the development cycle. At the same time,a new tool for key technology analysis and design solution in the field of HSPC manufacture is provided. For an example, a kind of HSPC is listed as follows. It has been studied in a virtual environment through the design, assembling, dynamic analysis and movement simulation procedures.

关 键 词：虚拟制造 高速摄影机 动力学分析 仿真 

分 类 号：TB443.1[一般工业技术]