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Calculation of the Natural Frequencies of Transverse Vibration of Complex Beams Using the Differential-Matrix Equations

机译:差分矩阵方程计算复合光束横向振动的自然频率

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The generalized differential-matrix equations of transverse vibration of the beams were set up and they were solved by means of Cauchy sequence iterative method. Then according to the boundary conditions at two ends of the beams the natural frequencies of the transverse vibration of the different beams including the complex beams of non-uniform section and composite beams under different boundary conditions were figured out. The form of the differential-matrix is simple. The calculation of the sequence iterations can be accomplished by simple computer program. Using the method in this paper, the amount of work of calculation is reduced greatly and the results are accurate compared with the approximate method in which a beam of non-uniform section is replaced by many small segments of equal cross-section.
机译:建立了横梁横向振动的广义差分矩阵方程,通过CAUCHY序列迭代方法解决了它们。然后根据光束的两个端部的边界条件,图设有包括在不同边界条件下的非均匀部分和复合梁的复合光束的不同光束的横向振动的横向振动的自然频率。差分矩阵的形式很简单。序列迭代的计算可以通过简单的计算机程序来实现。在本文中使用该方法,大大减少了计算的工作量,并且结果与近似法比相比,结果是准确的,其中非均匀部分的束被相等横截面的许多小区段代替。

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