1) suspension curve equation group
悬垂曲线方程组
2) suspension curve
悬垂曲线
1.
He considers that the unit length self-weight load of the overhead line is distributed uniformly along the line suspension curve,change at the point acted by the curve load is not continuous(with s.
通过计算认为,可将架空线的单位长度自重荷载仍按沿原悬垂曲线均匀分布,荷载作用点处的变化不连续(有突变)而曲折,大跨越档的理论线长可用近似替代法求其近似线长,工作条件变换时水平张力随之变化。
3) funicular curve
索状曲线,垂曲线,悬链线
4) quasilinear hyerbolic systems
拟线性双曲线型方程组
5) Qquasilinear hyperbolic systems
拟线性双曲线方程组
6) catenary equation
悬链线方程
1.
A matching arithmetic,which is composed of catenary equation to calculate mooring lines and Green function approach to analyze motion of floating bodies,is applied to determine postitioning performance for a moored FPSO in waves.
应用计算锚链的悬链线方程和计算船舶运动的格林函数方法的耦合数值方法,对一锚泊的浮式生产储油船进行了定位性能计算,给出了自由状态与锚泊状态系统的运动响应特性的对比、不同状态与工况的锚泊浮体的运动性能参数以及锚链承受的张力等计算结果。
2.
This paper deduces the mathematics model of aerial cable s catenary which based on the common lay conditions,then analyses the questions encountered in the process of solution,and finally discusses the Newtondescendhillmethod s application in catenary equation.
论文对基于一般敷设条件下建立的架空光缆的悬链线数学模型进行了推导,分析了求解过程中遇到的问题,并讨论了牛顿下山数值方法在悬链线方程中的应用。
3.
This paper deduces catenary equations of multi-component mooring lines according to the Quasi-Static method in a specific water depth.
针对这一问题,基于准静定方法推导限定水深下多成分锚泊线悬链线方程,并考虑锚泊线组成成分的参数对锚泊系统回复力的影响,建立目标函数最小化的多成分锚泊线优化设计模型。
补充资料:方程组
又称“联立方程”。把若干个方程合在一起研究,使其中的未知数同时满足每一个方程的一组方程。能同时满足方程组中每个方程的未知数的值,称为方程组的“解”。求出它所有解的过程称为“解方程组”。
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参考词条