..............page:83-86,91
..............page:181-186
..............page:176-180,186
..............page:151-156
Study on the Mechanism and Stability of Xiangjiashan Landslide
yin guang-zhi1; 2; feng jin-fu1; liu la-mei3; yan bing-shan4 (1.college of resource and environmental sciences; chongqing university; chongqing 400044; china; 2.key laboratory for the exploitation of southwest resources and the environmental disaster control engineering; ministry of education; chongqing university; chongqing 400044; china; 3.faculty of urban construction & environmental engineering; chongqing university; chongqing 400044; china; 4.chongqing research institute of building science; chongqing 400015; china)
..............page:167-171
..............page:172-175
..............page:187-190
..............page:101-104
..............page:96-100
..............page:92-95,100
..............page:138-141
..............page:142-146
..............page:132-137
..............page:124-127,131
..............page:118-123
Research on design of urban tunnel cross-section
li su-yan1; yang dong-yuan1; yang yang1; liu yi1; 2(1.shool of transportation; tongji university; shanghai 200092; p.r.china; 2.shanghai municipal engineering design general institute; shanghai 200092; p.r.china)
..............page:114-117,123
..............page:32-34,49
..............page:27-31,39
Rock Mass Pressure Release Rate Analysis for Double-Arch Tunnel
liu tao2; shen ming-rong1; 2; gao wei-jun3; tan du-yong2(1.key laboratory of geotechnical engineering; tongji university shanghai; 200092; china; 2.department of geotechnical engineering; school of civil engineering; tongji university; shanghai 200092; china; 3.shanghai university of engineering science; shanghai 201620; china)
..............page:50-54,61
..............page:128-131
..............page:147-150
..............page:105-109,113
..............page:157-160,166
..............page:161-166
..............page:110-113
..............page:66-72,82