This study examines the design provisions of the Chinese GB 50011-2010 code for seismic design of buildings for the special boundary elements of T-shaped reinforced concrete walls and proposes an improved design metho...This study examines the design provisions of the Chinese GB 50011-2010 code for seismic design of buildings for the special boundary elements of T-shaped reinforced concrete walls and proposes an improved design method. Comparison of the design provisions of the GB 50011-2010 code and those of the American code ACI 318-14 indicates a possible deficiency in the T-shaped wall design provisions in GB 50011-2010. A case study of a typical T-shaped wall designed in accordance with GB 50011-2010 also indicates the insufficient extent of the boundary element at the non-flange end and overly conservative design of the flange end boundary element. Improved designs for special boundary elements ofT-shaped walls are developed using a displacement-based method. The proposed design formulas produce a longer boundary element at the non-flange end and a shorter boundary element at the flange end, relative to those of the GB 50011-2010 provisions. Extensive numerical analysis indicates that T-shaped walls designed using the proposed formulas develop inelastic drift of 0.01 for both cases of the flange in compression and in tension.展开更多
以中国行业标准JTS 133—2013《水运工程岩土勘察规范》为基础,与BS EN 1997-2:2007《欧洲规范7—岩土工程设计第2部分:场地勘察和试验》和美国ASTM岩土类主要标准进行对比研究。首次较系统地将中国水运岩土勘察规范与欧美系列岩土勘察...以中国行业标准JTS 133—2013《水运工程岩土勘察规范》为基础,与BS EN 1997-2:2007《欧洲规范7—岩土工程设计第2部分:场地勘察和试验》和美国ASTM岩土类主要标准进行对比研究。首次较系统地将中国水运岩土勘察规范与欧美系列岩土勘察标准进行对比分析,既对三类标准体系进行对比,也对岩土分类与定名、勘察布置、勘探与取样、原位测试、室内试验、勘察报告编制等勘察核心内容和主要过程进行对比分析。该研究成果可供业内同行借鉴与参考。展开更多
基金International Science&Technology Cooperation Program of China under Grant No.2014DFA70950Tsinghua University Initiative Scientific Research Program under Grant No.2012THZ02-1National Natural Science Foundation of China under Grant No.91315301
文摘This study examines the design provisions of the Chinese GB 50011-2010 code for seismic design of buildings for the special boundary elements of T-shaped reinforced concrete walls and proposes an improved design method. Comparison of the design provisions of the GB 50011-2010 code and those of the American code ACI 318-14 indicates a possible deficiency in the T-shaped wall design provisions in GB 50011-2010. A case study of a typical T-shaped wall designed in accordance with GB 50011-2010 also indicates the insufficient extent of the boundary element at the non-flange end and overly conservative design of the flange end boundary element. Improved designs for special boundary elements ofT-shaped walls are developed using a displacement-based method. The proposed design formulas produce a longer boundary element at the non-flange end and a shorter boundary element at the flange end, relative to those of the GB 50011-2010 provisions. Extensive numerical analysis indicates that T-shaped walls designed using the proposed formulas develop inelastic drift of 0.01 for both cases of the flange in compression and in tension.
文摘以中国行业标准JTS 133—2013《水运工程岩土勘察规范》为基础,与BS EN 1997-2:2007《欧洲规范7—岩土工程设计第2部分:场地勘察和试验》和美国ASTM岩土类主要标准进行对比研究。首次较系统地将中国水运岩土勘察规范与欧美系列岩土勘察标准进行对比分析,既对三类标准体系进行对比,也对岩土分类与定名、勘察布置、勘探与取样、原位测试、室内试验、勘察报告编制等勘察核心内容和主要过程进行对比分析。该研究成果可供业内同行借鉴与参考。
