1·Ruyi shape surface, and the curved bridge and the viewer interest involved in the means of.
如意形的水面，加之曲桥的趣味性与观者参与其中的意味性。
2·Firstly, shrink and creep of concrete is taking into account for curved bridge in this paper.
本文首先分析混凝土收缩和徐变对曲线桥力学性能的影响。
3·Because of construction of city bridge in recent years, curved bridge structure are already adopted in China.
近年来山于城市建设的需要，曲线梁桥结构在我国已被广泛采用。
4·Through examples, this article introduces a way of double coordinate system to calculate curved bridge stake site.
举例介绍用双坐标系法计算弯桥的桩位坐标。
5·While because of the curvature of the curved bridge, it will cause the eccentricity of the volume center of gravity.
而曲线梁桥因曲率的存在，将导致结构体积重心偏心。
6·So the studying on mechanical performance and failure mechanism of curved bridge was paid attention to more and more.
因此对曲线梁桥力学性能及破坏机理的研究越来越受到学术界的重视。
7·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。
8·Applying the theory of curved beam FEM, a practical method of structure analysis of curved bridge is build when considering the sidelong support.
应用曲杆有限单元法建立曲线梁桥的实用分析方法，并考虑了曲线梁桥的非径向支承特征。
9·Theoretical research and earthquake damage investigation indicate that there is bend torsion coupling vibration for curved bridge when earthquake occurs.
理论研究与震害经验表明，地震时曲线桥梁会产生弯扭耦合振动。
10·By contrasting curved bridge and straight bridge, influence of dead load and prestressing force on the stress in cantilever casting period of curved Bridges is analyzed.
通过曲线箱梁桥与直线箱梁桥的对比，模拟计算并着重分析了施工阶段自重、预应力等因素对曲线箱梁桥悬浇时应力的影响。