{"title":"缓解液化综合报告","authors":"T. Siegel","doi":"10.1179/dfi.2013.002","DOIUrl":null,"url":null,"abstract":"Abstract This report presents the results of a synthesis on the design and analysis of ground improvement for liquefaction mitigation. The synthesis included an industry survey concerning the practice of ground improvement for liquefaction mitigation. Participation in the survey was solicited by advertisements in several trade magazines and by e-mail for the DFI membership. The survey participants numbered 150. Their professional roles include consulting engineers, specialty contractors, design engineers, government engineers, and academicians. They represent a variety of geographical areas including North/Central/South America, United Kingdom, Middle East, Caribbean, Hawaii, Japan, India, Egypt, France, Australia and New Zealand. Upon completion of the survey, several professionals in the field of liquefaction and ground improvement were interviewed for them to elaborate on the survey results. The interviews are included in the Appendix of this report. Financial support for the project was provided by DFI and Dan Brown and Associates PC. The concept of the liquefaction mitigation synthesis was developed by DFI’s Ground Improvement Committee in recognition that: (a) The results of recent research and post-earthquake reconnaissance have challenged previously long-held beliefs about liquefaction and associated mitigation techniques, and; (b) The DFI membership and the engineering/construction industry are interested to know if and how engineers and designers are subsequently adjusting their practice in consideration of recent research and post-earthquake reconnaissance. For more detailed information on recent research and post-earthquake reconnaissance, presentations are available from the State-of-the-Art Forum: Liquefaction Consequences and Mitigation that was held in St. Louis in 2012. A commentary of the state-of-practice in ground improvement for liquefaction mitigation (prepared by DFI’s Ground Improvement Committee) is included in this issue of the DFI Journal. The author would like to thank the participants of the survey and especially Mr. Mike Jeffries, Dr. Les Youd, and Dr. Ikuo Towhata for their willingness to share their expertise in interviews. The author also acknowledges Mary Ellen Bruce of DFI, Billy Camp of S&ME, Inc., and Marty Taube of DGI Menard (and Chair of DFI’s Ground Improvement Committee) for their significant contributions.","PeriodicalId":272645,"journal":{"name":"DFI Journal - The Journal of the Deep Foundations Institute","volume":"21 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2013-08-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"1","resultStr":"{\"title\":\"Liquefaction Mitigation Synthesis Report\",\"authors\":\"T. Siegel\",\"doi\":\"10.1179/dfi.2013.002\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"Abstract This report presents the results of a synthesis on the design and analysis of ground improvement for liquefaction mitigation. The synthesis included an industry survey concerning the practice of ground improvement for liquefaction mitigation. 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The concept of the liquefaction mitigation synthesis was developed by DFI’s Ground Improvement Committee in recognition that: (a) The results of recent research and post-earthquake reconnaissance have challenged previously long-held beliefs about liquefaction and associated mitigation techniques, and; (b) The DFI membership and the engineering/construction industry are interested to know if and how engineers and designers are subsequently adjusting their practice in consideration of recent research and post-earthquake reconnaissance. For more detailed information on recent research and post-earthquake reconnaissance, presentations are available from the State-of-the-Art Forum: Liquefaction Consequences and Mitigation that was held in St. Louis in 2012. A commentary of the state-of-practice in ground improvement for liquefaction mitigation (prepared by DFI’s Ground Improvement Committee) is included in this issue of the DFI Journal. The author would like to thank the participants of the survey and especially Mr. Mike Jeffries, Dr. Les Youd, and Dr. Ikuo Towhata for their willingness to share their expertise in interviews. 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引用次数: 1
摘要
摘要:本报告介绍了一项关于缓解液化的地基改善设计和分析的综合结果。该综合报告包括一项关于为减轻液化而进行的地面改善实践的行业调查。该调查是通过若干贸易杂志上的广告和DFI会员的电子邮件征集的。参与调查的人数为150人。他们的专业角色包括咨询工程师、专业承包商、设计工程师、政府工程师和学者。他们代表了不同的地理区域,包括北美/中美洲/南美洲、英国、中东、加勒比海、夏威夷、日本、印度、埃及、法国、澳大利亚和新西兰。调查结束后,我采访了几位液化和地基改善领域的专业人士,请他们详细阐述调查结果。采访情况载于本报告的附录。该项目的资金支持由DFI和Dan Brown and Associates PC提供。减轻液化综合概念是由国际发展部的地面改善委员会提出的,因为它认识到:(a)最近的研究和震后侦察的结果对以前长期以来对液化和相关减轻技术的看法提出了挑战;(二)发展基金会员及工程/建造业有兴趣了解工程师及设计师有否及如何因应最近的研究及震后勘测而调整他们的工作。有关最近研究和地震后侦察的更详细信息,可参见2012年在圣路易斯举行的“最先进论坛:液化后果和缓解”的介绍。关于缓解液化的地面改善实践状况的评论(由DFI的地面改善委员会编写)收录在本期DFI杂志中。作者要感谢调查的参与者,特别是Mike Jeffries先生、Les Youd博士和Ikuo Towhata博士愿意在采访中分享他们的专业知识。作者还对DFI的Mary Ellen Bruce, S&ME, Inc.的Billy Camp和DGI Menard的Marty Taube (DFI的地面改善委员会主席)的重要贡献表示感谢。
Abstract This report presents the results of a synthesis on the design and analysis of ground improvement for liquefaction mitigation. The synthesis included an industry survey concerning the practice of ground improvement for liquefaction mitigation. Participation in the survey was solicited by advertisements in several trade magazines and by e-mail for the DFI membership. The survey participants numbered 150. Their professional roles include consulting engineers, specialty contractors, design engineers, government engineers, and academicians. They represent a variety of geographical areas including North/Central/South America, United Kingdom, Middle East, Caribbean, Hawaii, Japan, India, Egypt, France, Australia and New Zealand. Upon completion of the survey, several professionals in the field of liquefaction and ground improvement were interviewed for them to elaborate on the survey results. The interviews are included in the Appendix of this report. Financial support for the project was provided by DFI and Dan Brown and Associates PC. The concept of the liquefaction mitigation synthesis was developed by DFI’s Ground Improvement Committee in recognition that: (a) The results of recent research and post-earthquake reconnaissance have challenged previously long-held beliefs about liquefaction and associated mitigation techniques, and; (b) The DFI membership and the engineering/construction industry are interested to know if and how engineers and designers are subsequently adjusting their practice in consideration of recent research and post-earthquake reconnaissance. For more detailed information on recent research and post-earthquake reconnaissance, presentations are available from the State-of-the-Art Forum: Liquefaction Consequences and Mitigation that was held in St. Louis in 2012. A commentary of the state-of-practice in ground improvement for liquefaction mitigation (prepared by DFI’s Ground Improvement Committee) is included in this issue of the DFI Journal. The author would like to thank the participants of the survey and especially Mr. Mike Jeffries, Dr. Les Youd, and Dr. Ikuo Towhata for their willingness to share their expertise in interviews. The author also acknowledges Mary Ellen Bruce of DFI, Billy Camp of S&ME, Inc., and Marty Taube of DGI Menard (and Chair of DFI’s Ground Improvement Committee) for their significant contributions.