1) same width
等宽
1.
The same width inclined surface often appears on moulds or some special parts.
等宽定斜角斜削面常出现在模具或一些特殊要求的零件中 ,其不良的结构工艺性使五坐标数控机床也很难顺畅加工 ,针对使用较多的三轴联动数控铣床 ,探讨机床的数控制造工艺与结构设计关系问题。
2) monospaced chamfer
等宽倒角
1.
When it comes to the monospaced chamfer at intersection line of orthogonal cylinder and cylindrical bore,however,no mature manufacturing method has been found yet.
圆柱体与孔正交相贯线处的等宽倒角,现今还没有成熟的加工方法。
3) section of equal width
等宽截型
1.
Start form the description on section contour of componen t parts of non-circular section with equal width,the designing method of sectional contour of component parts with section of equal width was presented,the new mo del of combined turning and milling machining for arbitrary non-circular parts w ith section of equal width was proposed.
从非圆等宽截型零件的型线描述着手 ,给出了等宽截型零件的截面廓形设计方法 ,提出了任意非圆等宽截型零件的车铣组合加工新模型 ,并通过模拟仿真证明了有关理论与方法的可行性。
4) Constant land width
等宽刃带
5) effective width
等效宽度
1.
Based on the effective width of strip footing and the plastic limit analysis theory,a variable static stress field and a lower bound solution of strip footing under combined loading were presented.
为了求解复合加载模式下条形基础的极限承载力,本文在塑性极限分析理论与Meyerhof"等效宽度"概念的基础上,构造了可变的静力许可应力场,推导了复合加载模式下条形基础承载力的下限解,给出了简易的承载力计算公式。
2.
Based on the Meyerhof′s effective width of strip footing and the plastic limit analysis theory,an upper-bound solution of strip footing under vertical,horizontal and moment loads due to combined loading is presented by constructing variable permissive moving field.
针对竖向荷载、水平荷载与力矩荷载共同作用下的条形基础,在塑性极限分析理论与Meyerhof"等效宽度"概念的基础上,构造可变的运动许可速度场,推导了复合加载模式下条形基础承载力的上限解。
6) equal width
等宽渠道
补充资料：等值宽度
见谱线轮廓。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条