土木外文翻译

土木外文翻译Tag内容描述：<p>1、防火材料防火材料 建筑和其它构筑物中使用的材料、产品及组件的火灾危险性，需要我们长 期给予关注和加以规范。大多数可燃性气体、固体或液体已为大家所认识和了 解，并已对其生产、运输和使用进行了管理和控制，以前当可燃材料作为建筑 结构部件时，其防火规定要比作为装饰、装修材料严格得多，但我们更深入地 了解此类产品造成的火灾后，发现最近几年建筑内装饰、修材料的火灾危害性 和风险性不断增加，因而倍受重视。 一种新型的防火板材聚合秸秆多功能防火板材被选为第 29 届奥运会主 会场国家体育场“鸟巢”工程的防火材料。这种防火。</p><p>2、Concrete structure reinforcement design Sheyanbo Wangchenjia Foundation Engineering Co., Ltd. Heilongjiang Dongyu Heilongjiang Province, East Building Foundation Engineering Co., Ltd. Coal Abstract：structure in the long-term natural environment and under the use environments function, its function is weaken inevitably gradually, our structural engineerings duty not just must finish the building earlier period the project work, but must be able the science appraisal structure dam。</p><p>3、毕业设计（论文）译文及原稿译文题目：土方工程的地基勘察与施工原稿题目：DESIGN AND EXECUTION OF GROUND INVESTIGATION FOR EARTHWORKS 原稿出处：Irish Geotechnical Services Ltd（2009）土方工程的地基勘察与施工摘 要：当工程场地的处理面积有限且填方工程费用大量增加时，土方工程的地基勘察设计与施工已逐渐地变得重要。由于冰渍土以及含砾粘土的提出使土方工程地基勘察方法的纲要比传统的勘察方法更详细。 本文提出“岩土认证”观点以及对地基勘察与土方工程相结合的优点加以概要说明。1、引 言许多爱尔兰含砾粘土的勘察与再利。</p><p>4、The construction organization design in engineering management important roleThis article on the construction of organizational design management process and the three control objectives were discussed from different angles, aimed at strengthening the construction of organizational design, optimization and management, stressed the important role of the construction organization design in the engineering and construction management, project implementation inunder market economy conditions, how。</p><p>5、外文原文TextStructure of BuildingsReading Material AStructural Planning and designReading Material BTypes of Loads and Types of StressContentsUNIT ONETextIntroduction to Mechanics of MaterialsReading Material A Shear CenterB Allowable Stress Design and Strength DesignUNIT TWOTextThe Tensile TestReading Material A Comparative Study of the Mechanical Properties of Ductile and Brittle MaterialsB Strength TheoriesUNIT THREE。</p><p>6、Investigation of AASHTO Live Load Reduction inReinforced Concrete Slab BridgesF. El Me sk i 1; M. Mabsout 2 ; and K. Tarhini3Journal of Bridge Engineering.Submitted July 30,2010;accepted Februray 24,2011;posted ahead of print March 2,2011;doi:10.1061/(ASCE)BE.1943-5592.00002371PhD Candidate, Dept. of Civil and Environmental Engineering, American Univ. of Beirut; formerly, Project Engineer at Khatib and Alami, Beirut, Lebanon. Email: fme09aub.edu.lb 2Dept. of Civil and Environmenta。</p><p>7、钢筋混凝土框架剪力墙结构连续倒塌简化模拟YihaiBaoa,b ,Sashi K.Kunnatha,*a Department of Civil and Environmental Engineering, University of California, Davis, CA 95616, United Statesb National Institute of Standards and Technology, Gaithersburg, MD 20899, United States摘要一个以宏观模型为基础，目的为使事后钢筋混凝土（RC）的框架剪力墙结构连续倒塌的分析研究。剪力墙简化模型是用来模拟多层框剪系统的，这是因为由于重要的剪力墙有时会突然突然失去弹性。详细的有限元分析，不仅能够进行模型分析，而且还可以作为。</p><p>8、本科毕业设计（论文）外文翻译译文学生姓名： 黄磊 院 （系）： 机械工程学院 专业班级： 土木0801 指导教师： 田晓艳 完成日期： 20 年 月 日 西安石油大学本科毕业设计（论文）土木工程中新型混凝土A new generation of concrete in civil engineering作者： A.Kmita* Institute of Building Engineering, Technical University of Wroctaw, Pl.Grunwaldzki 11, 50-371Wroctaw, Poland起止页码：80-86出版日期（期刊号）：Journal of Materials Processing Technology 106 (2000)外文翻译译文： 摘要本。</p><p>9、土木工程专业外文翻译-高层结构与钢结构 外文原文 Talling building and Steel construction Although there have been many advancements in building construction technology in general Spectacul。</p>