Through theoretical calculation,the design of slanted strut system of V-shaped piers of Hanjiang River Bridge was optimized.

Throgh the analysis and camparison of two types of bridges,continuous rigid frame bridge with V-shaped piers and the bridge with double-thin walled piers,the paper discusses various aspects such as project cost, boundary conditions,dimension of the pier and distance of piers.

The paper introduces design example of continuous rigid-frame of 85m+150+85m span length with V-shaped pier.

The V-shape pier rigid-frame bridges with long continuous units are not often applied.

The deteriorations of tensioning plates atop V-shape piers of a prestressed concrete continuous box girder bridge are severe.

With reference to the structural features that the slant legs of the V-shape piers of a rigid-frame bridge are relatively thin, the construction of the piers is analyzed and is then controlled from both aspects of construction and construction monitoring, and corresponding measures are also formulated to ensure the safe construction of the piers.

Construction of V piers of Huaihua Wushui Bridge;

An introduction is given to structure and construction of V pier on the basis of construction design of a super large highway bridge.

Study of foundation stiffness and closure scheme on continuous rigid frame bridge with V-type piers

During the construction of Xiaolanshuidao super-long Bridge on Guangzhou-Zhuhai Intercity Express,we make studies on the nonlinear three-dimensional simulation technology and its application in the engineering of V-type pier on V-type continuous composite bridge with rigid frame.

Based on the construction of Zongze Bridge at Yiwu,a new technology-the balanced trestle method is put forward for the construction of V-shaped piers of continuous rigid bridge and its structural calculation model is explained.