2021•Earth and Space 2021Requires access

A Method for Closing Deck of Cable-Stayed Bridges with a Single Erection Joint

Lihua Ling, Changsong Chen, Donghuang Yan

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Abstract

This paper presents a new closure method for closing the deck in the middle span of a cable-stayed bridge. It discusses the mechanism of the single joint method and develops a regression approach for fabrication dimensions of closure segment incorporating with temperature correction based on the field measurement. Following this, the authors propose the key erection procedures and the pulling system based on the erection of Jingyue Bridge in China. The application in this completed bridge demonstrates the proposed method, simple in operation and high in accuracy.

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What this paper is about

This paper presents a new closure method for closing the deck in the middle span of a cable-stayed bridge. It discusses the mechanism of the single joint method and develops a regression approach for fabrication dimensions of closure segment incorporating with temperature correction based on the field measurement. Following this, the authors propose the key erection procedures and the pulling system based on the erection of Jingyue Bridge in China. The application in this completed bridge demonstrates the proposed method, simple in operation and high in accuracy.

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Available abstract

This paper presents a new closure method for closing the deck in the middle span of a cable-stayed bridge. It discusses the mechanism of the single joint method and develops a regression approach for fabrication dimensions of closure segment incorporating with temperature correction based on the field measurement. Following this, the authors propose the key erection procedures and the pulling system based on the erection of Jingyue Bridge in China. The application in this completed bridge demonstrates the proposed method, simple in operation and high in accuracy.

Key concepts: Closing (real estate), Closure (psychology), Bridge (graph theory), Deck, Joint (building), Span (engineering), Structural engineering, Computer science

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