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Mobilization of Passive Earth Pressures Behind Abutments of Jointless Bridges

Transportation Research Record: Journal of the Transportation Research Board, 2004
Bridges without expansion joints are referred to as integral bridges. The abutment and the superstructure of integral bridges act as a single structural unit. As the temperature of an integral bridge changes, the length of the bridge increases and decreases. The changes push the abutment against the approach fill and pull it away and thus cause lateral
openaire   +2 more sources

Re-Examination of I-Girder/Pier Connection in Jointless Bridges

PCI Journal, 2001
Elimination of expansion joints in bridge decks results in initial economy and long-term durability. It provides a smooth riding surface, minimizes maintenance cost caused by water leakage, and provides a relatively high span-to-depth ratio of the superstructure.
Sameh S. Badie   +2 more
openaire   +1 more source

Jointless bridge

2010
D Lehký, Z Keršner, D Novák
openaire   +2 more sources

Research on dynamic characteristics and seismic performance of jointless bridges

2021
A simply supported girder bridge built in Fujian Province was taken as a research background. The bridge was transformed into a semi-rigid integral bridge in the practical engineering. On the basis, the original bridge would be transformed into an integral bridge, semi-integral bridge, and extended-deck bridge. The finite element models of five bridges
Guo W. -Q.   +5 more
openaire   +1 more source

Life-cycle environmental and economic benefits of jointless bridges considering climate change

Structure and Infrastructure Engineering, 2023
Yuan-Feng Wang   +2 more
exaly  

The Review about a New Type of Bridge Structure — Semi–Integral Abutment Jointless Bridge

Advanced Materials Research, 2012
Qing Ning Li, Da Lin Hu, Li Qing Ning
exaly  

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