首页> 外文期刊>Russian Aeronautics >CONDITIONS FOR ASSURED CONVERGENCE OF THE NUMERICAL SOLUTION OF A BOUNDARY-VALUE PROBLEM ON THE EQUILIBRIUM STATE OF THE FLEXIBLE CABLE OF A TOWING AIRCRAFT
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CONDITIONS FOR ASSURED CONVERGENCE OF THE NUMERICAL SOLUTION OF A BOUNDARY-VALUE PROBLEM ON THE EQUILIBRIUM STATE OF THE FLEXIBLE CABLE OF A TOWING AIRCRAFT

机译:牵引飞机柔性电缆平衡状态下边值问题的数值解的收敛性的条件

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摘要

We consider the equilibrium state of a flexible cable that connects a carrier-aircraft and a small-size flight vehicle. Assignment of boundary conditions for a system of ordinary differential equations is reduced to the solution of a boundary-value problem. The unimodal function of discrepancy is minimized by the zero-order method. We present an algorithm for determining accuracy characteristics of the method for numerical solution of the boundary-value problem for its assured convergence.
机译:我们考虑了连接航母和小型飞行器的软电缆的平衡状态。将常微分方程组的边界条件分配简化为边界值问题的解。零阶方法使差异的单峰函数最小化。我们提出了一种确定边界值问题数值解方法的准确性特征的算法,以确保收敛。

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