[an error occurred while processing this directive] ������� 2012, 31(1) 193-198 DOI:     ISSN: 1004-5589 CN: 22-1111/P

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PubMed
Article by Yang, C. X. 1
Article by Cui, G. Y. 2
Article by Wang, L. M. 1
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1. ���������������Ժ�������޹�˾�����300251; 2. ���Ͻ�ͨ��ѧ��ľ����ѧԺ���ɶ�610031
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���е潭����ˮ���ٹ�·ͭ��ɽ������ɽ������Թ�·������γ��������ֵ����������о���ͨ��Χ��ѹ��ʵ��ֵ���������ۡ�̫ɳ�����ۺ͹�·�����ƹ淶����Χ��ѹ����ʽ����ֵ���жԱȣ��������: �󼶡������͢���Χ��ѹ������ֵ�ȽϷ���ʵ�������ͨ����Χ��ѹ��������֧������γ����ĽӴ�ѹ���ֳ��������ݽ��з������ó���( ����) ������( ����) ������( ����) �͢� ��( dz��) Χ�Ҷ��γ��������ֵ������ֱ�Ϊ29. 20%��35. 28%��41. 38% ��32. 17%���о��ɹ����ڹ�·����ṹ�����������ָ�����á�

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Shared ratio of pressure in secondary lining based on field monitoring and measuring in highway tunnel
YANG Chang-Xian-1, CUI Guang-Yao-2, WANG Le-Ming-1
1. The Third Railway Survey and Design Institute Group Corporation��Tianjin 300251��China; 2. School of Civil Engineering��Southwest Jiaotong University��Chengdu 610031��China
Abstract:

Based on Tongluoshan and Mingyueshan tunnels��the authors study the shared ratio of pressure in secondary lining of highway tunnel�� Through the comparison by surrounding rock pressure measured values with calculated values of Pu's theory��Terzaghi theory and deep-buried surrounding rock pressure of highway tunnel design specification��the results show that calculated values of III-class����-class and V-class surrounding rock pressure are relatively in accordance with the practically measured values�� By analyzing the field measured data of the surrounding rock pressure��and contact pressure between primary support and secondary lining��it can be concluded that the shared ratios of pressure in secondary lining of III-class ( deep-buried) ����-class ( deep-buried) ��V-class ( deep-buried) and V-class surrounding rocks ( shallow-buried) are 29. 20%��35. 28%��41. 38% and 32. 17%�� respectively�� This research plays a theoretical role in guiding the design of highway tunnel��

Keywords: highway tunnel   monitoring and measuring   surrounding rock pressure   contact pressure   secondary lining   shared ratio of pressure  
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