选择了几个典型非线性方程组，从收敛可靠性、计算成本和适用性等指标分析对比了不同算法。
Convergence reliability, computational cost and applicability of different algorithms were compared by testing several classical equations of nonlinear equations.
计算结果表明，广义协调元对于求解结构几何非线性问题同样具有精度高、收敛快等优点。
Numerical results indicate that the generalized conforming element has the advantages of high accuracy and uniform convergence to geometrically nonlinear problem of structures.
在每次成功收敛非线性分析的最后，用旧的总荷载系数与当前荷载比的总和计算总荷载系数。
The total load factor is computed as the sum of the old total load factor and the current Loading Rate at the end of each successfully convergent nonlinear analysis.
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