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71篇 您的检索式:作者名="Chungsik"
    题名 作者 年代 出处 被引量
1隧道复合式防排水系统的设计、试验及工程应用显示文摘传统隧道防排水系统中,防水板极易因施工控制不当出现破裂,而防水板破裂后,地下水进入防水板与二衬间的空隙中,由于防水板与二衬间缺乏排水通道,地下水将沿衬砌裂缝、施工缝等薄弱环节渗出而形成隧道渗漏水病害。在传统隧道防排水系统中,渗漏水病害治理难度大,维修费用高,针对传统防排水系统存在的不足,提出了一种在隧道防水板与二衬间增设排水板的复合式防排水系统,该系统具有可调节、抗淤堵、易维护等优点。为验证该系统的有效性,采用自主研制的试验装置对复合式防排水系统中所采用的3种土工排水材料(毛细型排水板、凸壳型排水板、土工布)在不同水压及支护压力条件下的排水能力及抗淤堵能力进行了相关试验,并依托某在建隧道工程对不同土工排水材料在隧道复合式防排水系统中的应用效果进行了现场验证。主要研究成果有:(1)随着支护压力的增加,3种排水材料的排水能力均出现了不同程度的降低,其中,土工布降幅最大,毛细型排水板次之,凸壳型排水板最小;(2)在固定的水压和2层支护间压力条件下,进行20次浑水排水试验后,土工布排水能力发生大幅下降,毛细型排水板和凸壳型排水板排水能力小幅下降,但凸壳型排水板排水夹杂有泥沙,而毛细型排水板排水为清水,表明其抗淤堵能力较好;(3)复合式防排水系统的现场试验数据表明,防水板与二衬间增设排水板,具有良好排水泄压的能力,可有效降低衬砌背后水压。复合式防排水系统的研发可为隧道防排水系统设计和渗漏水病害治理提供借鉴。张素磊 鲍彤 YOO Chungsik 刘昌 李鹏飞 陈立平 2021中国公路学报2021,34,4:18
2A web-based tunneling-induced building/utility damage assessment system: TURISK显示文摘Chungsik Yoo Jae-Hoon Kim 2003Tunnelling and Underground Space Technology incorporating Trenchless Technology Research2003,,5:2
3Deep excavation-induced ground surface movement characteristics – A numerical investigation显示文摘Chungsik Yoo Dongyeob Lee 2007Computers and Geotechnics2007,,2:2
4Finite element analysis of tunnel face reinforced by longitudinal pipes显示文摘CHUNGSIK Y 2002Computer and Geotechnics2002,29,1:1
5Measured behavior of a geosynthetic-reinforced segmental retaining wall in a tiered configuration 显示文摘Yoo Chungsik Jung Hyuck-Sang 2004Geotextiles and Geomembranes2004,22,5:1
6A Web-Based Tunneling-Induced Building/Utility Damage Assessment System:TURISK显示文摘Chungsik Yoo Jae-Hoon kim 2003Tunneling and Space Technology2003,,18:1
7A web-based tunneling induced building/utility damage assessment system: TURISK 显示文摘Chungsik Y Jae-Hoon K 2003Tunnelling and Underground Space Technology2003,18,5:1
8Measured behavior of a geosynthet- ic-reinforcedsegmental retaining wall in a tiered configuration 显示文摘Chungsik Yoo Hyuck-Sang Jung 2004Geotextiles and Geomembranes2004,22,:1
9Deformation behavior of tunnel face reinforced with longitudinal pipes-laboratory and numerical investigation显示文摘CHUNGSIK Y HYUN-KANG S 2003Tunneling and Underground Space Technology2003,18,4:1
10A Web-Based Tunneling-Induced Building/Utility Damage Assessment System:TURISK显示文摘Chungsik Yoo Jae Hoon Kim 2003Tunnelling and Underground Space Technology2003,18,:1
11Laboratory investigation of bearing capacity behavior of strip footing on geogrid-reinforced sand slop显示文摘Chungsik Yoo 2001Geotextiles and Geomembrances2001,19,5:1
12Finite-element analysis of tunnel face reinforced by longitudinal pipes显示文摘CHUNGSIK Y 2002Computers and Geotechnics2002,28,1:1
13Instrumentation of anchored segmental retaining wall 显示文摘Yoo Chungsik Lee Kwang-Moon 2003Geotechnical Testing Journal2003,26,4:1
14Finite-element analysis of tunnel face reinforced by longitudinal pipes显示文摘Chungsik Yoo 2002Computers and Geotechnics2002,29,1:1
15Behavior of braced and anchored wall in soils overlying rock显示文摘Chungsik Y 2001Journal of Geotechnical and Geoenvironmental Engineering2001,127,3:1
16The relationship between the bone mineral density and urinary cadmium concentration of residents in an industrial complex显示文摘Minah Shin Domyung Paek Chungsik Yoon 2010Environmental Research2010,,1:1
17Behaviour of Braced and Anchored Walls in Soils Overlying Rock显示文摘Chungsik Yoo 2001Journal of Geotechnical and Geoenvironmental Engineering (ASCE)2001,127,3:1
18Interaction between Tunneling and Ground- water Numerical Investigation Using Three Dimensional Stress-pore Pressure Coupled Analysis 显示文摘Chungsik Y 2005Journal of Geoteehnical and Geoenvironmental Engineering2005,13,2:1
19Deformation behaviour of tunnel face reinforced with longitudinal pipes-labortatory and numerical investigation显示文摘CHUNGSIK Yoo HYUN-KANG Shin 2003Tunnelling and Underground Space Technology2003,18,:1
20Performance of multi-faced tunneling-A 3D numerical investigation显示文摘Chungsik Y 2009Tunnelling and Underground Space Technology2009,24,:1
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