1) deflection curve equation
挠曲线方程
1.
In this paper, the deflection curve equation is presented by means of singular function.
本文采用奇异函数建立简支梁的挠曲线方程，进而推出等截面连续梁的三弯矩方程的新形式。
2) differential equation of deflection Curve
挠曲线微分方程
3) dynamic deflection curve equation
动挠度曲线方程
1.
A mathematical model of designing the camber in top and bottom corrugating roll is buile and the corresponding dynamic deflection curve equation is deduced.
论述了高速瓦楞辊机构的中高度的动力学特性，建立了相应的上、下瓦楞辊的设计中高度的数学模型，导出对应的动挠度曲线方程。
4) flexural equation
挠曲方程
1.
The sine triangular progression is selected to be the flexural equation of the longitudinal - to - lateral buckling beam, based on the fact that the downhole drilling tools are affected by both the axial load and lateral uniform load.
考虑到钻具在井下不仅受轴向荷载而且受横向均布荷载的影响,选择正弦三角级数作为纵横弯曲梁的挠曲方程,根据现场实际情况,考虑钻柱在转动时离心力对挠曲产生的影响,用能量方法求出了系统总的位能,并由此导出了此时钻柱挠度的计算方程。
5) deflection curve differential equation
挠度曲线微分方程
6) equation of deflection curve
挠曲轴方程
补充资料：架空线状态方程式
架空线状态方程式
tension equation of overhead wire
，}okongx一on Zhuongtol于ongehengshl架空线状态方程式(tension叫uationoverhead wire)见架空线力学计算。
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