Two methods on calculation of the linear eccentricity are given in this thesis.
本文给出了两种计算偏心距的方法。
Finally, the linear eccentricity is adopted in designing in order to reduce the coupling of bend and wring which exist in the curved bridge.
最后，为减小曲线梁桥存在的弯扭耦合作用，设计中通过设置偏心距来调整。
The results show that the ultimate capacities are equal under the same maximum eccentricity when the shape of the wires layout is linear, trapezoid or triangular.
计算结果表明，在最大偏心距相同情况下，直线布置、梯形布置和三角形布置的极限承载力相同；
The results show that the ultimate capacities are equal under the same maximum eccentricity when the shape of the wires layout is linear, trapezoid or triangular.
计算结果表明，在最大偏心距相同情况下，直线布置、梯形布置和三角形布置的极限承载力相同；
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