2) EW(Li)
锂吸收线的等值宽度
3) 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。
4) width offsets
宽度型值
1.
：This paper introduces mainly the calculating process of capacity based on width offsets of every station，width artificial line of every station can be got.
主要论述了舱容的计算步骤，由各站宽度型值，计算出各站宽度的模拟曲线，用积分法求出各站面积的模拟曲线，用梯形法求出舱容。
5) crack limitation
宽度限值
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