实验技术与管理
實驗技術與管理
실험기술여관리
Experimental Technology and Management
2015年
10期
56-59
,共4页
殷业财%吴波%隋金玲%张剑锋%梅梅
慇業財%吳波%隋金玲%張劍鋒%梅梅
은업재%오파%수금령%장검봉%매매
车铣复合加工%掉头加工%UG%仿真
車鐉複閤加工%掉頭加工%UG%倣真
차선복합가공%도두가공%UG%방진
turning-milling compound machining%turning processing%UG%simulation
以典型的模型零件为例，介绍了五轴联动双主轴车铣复合机床在UG（unigraphics）环境下的复合加工编程方法，对双主轴车铣复合机床加工坐标系的建立方法、刀具转换方向、加工工序的安排及加工过程的3D动态仿真进行了详细的阐述。
以典型的模型零件為例，介紹瞭五軸聯動雙主軸車鐉複閤機床在UG（unigraphics）環境下的複閤加工編程方法，對雙主軸車鐉複閤機床加工坐標繫的建立方法、刀具轉換方嚮、加工工序的安排及加工過程的3D動態倣真進行瞭詳細的闡述。
이전형적모형령건위례，개소료오축련동쌍주축차선복합궤상재UG（unigraphics）배경하적복합가공편정방법，대쌍주축차선복합궤상가공좌표계적건립방법、도구전환방향、가공공서적안배급가공과정적3D동태방진진행료상세적천술。
Turning‐milling compound machining is an advanced cutting technology and process of turning‐milling synthesis movement machining complex surface . It is an important direction of today’ s CNC machining equipment .Machining process plan of typical parts is determined .Composite processing programming method of the five axis linkage double‐spindle turning/milling machine under UG environment is provided . The establishing method of double‐spindle milling compound machine tool coordinate system ,tool change direction , process arrangement and 3D dynamic simulation of machining process are described in detail .
