摘要
介绍了一种以材料形态信息的改变为脉络,对制造技术进行逻辑分类的方法。将现有的和未来可能创造出来的制造技术分别纳入到改变几何形态、改变微观状态、同时改变几何形状和微观状态3个框架上,而后进行进一步分解。这种分类方法能反映各种制造技术的内在联系,对学科发展和技术创新具有积极意义。
The methodology of logical classi- fication for manufacturing technology based on the idea of morphology information change of material is introduced. The known technology and the technology which may be created in the future can be devided into three sections, i. e. geometric shape changed, microstate changed, as well as geometric shape and microstate changed simultaneously. Subdivision of each section is made. The classification method can show the internal relations among various of manufacturing technology, so this classification method has positive action on the subject development and technological innovation.
出处
《航空制造技术》
2005年第12期71-73,88,共4页
Aeronautical Manufacturing Technology
关键词
制造技术
逻辑分类
形态信息
微观变态
Manufacturing technology Logical classification Morphology information Microstate variation