1) stiffness graded AM
刚度渐变调幅
1.
Steel frame filled with steel -concrete composite deep beams can meet the requirements of two endpoints and can achieve a wide range of stiffness graded AM.
钢框架内填钢—混凝土组合深梁可以满足两个端点刚度值之间的要求,实现了宽范围的刚度渐变调幅。
2) leaf spring
渐变刚度
1.
We will introduce the experiential calculation for leaf spring with multi auxiliary leaf,which shows the related formulae and the correctional coefficient.
以现有公式为基础,通过板簧的台架试验和道路试验的积累,对渐变刚度板簧(多片副簧)经验算法中的修正系数进行再修正,并导入新的修正系数,使得公式更具实用性,更贴近台架试验和道路试验的结果,缩短了板簧的设计及试验周期。
2.
We will introduce the experiential calculation for leaf spring with single auxiliary leaf,which shows the related formulae and the correctional coefficient.
以现有公式为基础,通过板簧的台架试验和道路试验的积累,对渐变刚度板簧(单片副簧)经验算法中的修正系数进行再修正,并导入新的修正系数,使得公式更具实用性,更贴近台架试验和道路试验的结果,缩短了板簧的设计及试验周期。
4) leaf spring with gradually changing stiffness
渐变刚度钢板弹簧
1.
By applying the principle of discrete beam the emulation model of leaf spring was established under the pattern of ADAMS/Car,and the stiffness computation formulae of leaf spring with gradually changing stiffness were derived by means of common curvature method.
应用离散梁原理,在ADAMS/Car模式下建立了钢板弹簧的仿真模型;并用共同曲率法推导出渐变刚度钢板弹簧的刚度计算公式。
6) foundation stiffness adjustment
地基变刚度调平
补充资料:调平
1.调和﹔调配。 2.平和﹐平正。
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