2009Shuiwen dizhi gongcheng dizhiRequires access

Study on model test for static mechanical behavior of tunnel segment lining structure with large-section shield tunnel and high water pressure

Zhang Jian-gang, Chuan He

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Abstract

Based on the Wuhan Yangtze River shield tunnel,model test of segment lining structure with different water and earth pressure is fulfilled combined shield tunnel-ground complex simulation facility with rotary water pressure device.At last,the paper analyzes on the test results of static mechanical behavior characteristics of shield segment of the tunnel lining.The analysis shows:(1) nine uniform blocks are superior to nine add one uniform bocks in mechanical properties;(2) the 180° stagger joint assembling method is preferred in the project;(3) for the large broad segment,the central place is less affected by the bolts shear force than the edge.

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What this paper is about

Based on the Wuhan Yangtze River shield tunnel,model test of segment lining structure with different water and earth pressure is fulfilled combined shield tunnel-ground complex simulation facility with rotary water pressure device.At last,the paper analyzes on the test results of static mechanical behavior characteristics of shield segment of the tunnel lining.The analysis shows:(1) nine uniform blocks are superior to nine add one uniform bocks in mechanical properties;(2) the 180° stagger joint assembling method is preferred in the project;(3) for the large broad segment,the central place is less affected by the bolts shear force than the edge.

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Available abstract

Based on the Wuhan Yangtze River shield tunnel,model test of segment lining structure with different water and earth pressure is fulfilled combined shield tunnel-ground complex simulation facility with rotary water pressure device.At last,the paper analyzes on the test results of static mechanical behavior characteristics of shield segment of the tunnel lining.The analysis shows:(1) nine uniform blocks are superior to nine add one uniform bocks in mechanical properties;(2) the 180° stagger joint assembling method is preferred in the project;(3) for the large broad segment,the central place is less affected by the bolts shear force than the edge.

Key concepts: Shield, Joint (building), Geotechnical engineering, Section (typography), Structural engineering, Water pressure, Lateral earth pressure, Water tunnel

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