抗震工程的英文

• antiseismic engineering

• "抗震"英文翻译    anti-seismic; seismic resist ...
• "工程"英文翻译    engineering; project; progra ...
• "抗震工程；抗震建筑" 英文翻译 :    earthquake proof construction
• "抗震工具钢" 英文翻译 :    shock resisting tool steels; shock-resisting tool steel
• "地震工程" 英文翻译 :    earthquake engineering; engineering seismology; seismologic engineering; seismological engineering
• "地震工程学" 英文翻译 :    earthquake engineering; earthquake seismology; engineering seismology
• "地震工程季刊" 英文翻译 :    quarterly engineering seismology bulletin
• "地震工程文摘" 英文翻译 :    abstracts journal in earthquake engineering
• "地震工程协会" 英文翻译 :    iaee
• "地震工程学会" 英文翻译 :    eeri
• "地震工程杂志" 英文翻译 :    journal of earthquake engineering
• "地震工程研究所" 英文翻译 :    earthquake engineering research institute; eeri
• "地震工程研究学会" 英文翻译 :    eeri
• "国际地震工程协会" 英文翻译 :    iaee international association for earthquake engineering; international association for earthquake engineering
• "欧洲地震工程协会" 英文翻译 :    eaee european association of earthquake engineering
• "生命线地震工程学" 英文翻译 :    lifeline earthquake engineering
• "抗震建筑工程" 英文翻译 :    earthquake-proof construction
• "地震工程与工程振动" 英文翻译 :    earthquake engineering and engineering vibration
• "地震工程与工程振动（英文版）" 英文翻译 :    earthquake engineering and engineering vibration
• "生命线地震工程学 ライフライン地震工学" 英文翻译 :    lifeline earthquake engineering
• "工程抗震设计规范" 英文翻译 :    gbj 111-87
• "地震工程与结构动力学" 英文翻译 :    earthquake engineering structural dynamics
• "欧洲地震工程师协会" 英文翻译 :    european earthquake engineers
• "日本地震工程促进协会" 英文翻译 :    jseejapan society of earthquake engineering promotion
• "抗震" 英文翻译 :    [建筑] anti-seismic; seismic resistance; quake-proof; anti-knock◇抗震措施 earthquake resistant construction; 抗震缓冲器 buffer (earthquake); 抗震加固 seismic hardening; 抗震剂 knock-reducer; anti-knock; 抗震加强支架 [采矿工程] antidetonation timbering; 抗震建筑物 building to withstand earthquake; 抗震能力 [半] shock resistance; 抗震强度 shock strength; strength under shock; 抗震设计 aseismatic design; 抗震试验 [军事] shock test; aseismatic test

• Some problems and difficulties urgently to be solved in seismic research of high concrete arch dams were reviewed , including to find simple and practical methods for comprehensive analysis of dam foundation , dam body , and reservoir water , to work out rational safety evaluation criteria for high arch dams , to study the dynamic behavior of the strength of concrete materials , to develop the seismic input model of the dam - site river valley , and to explore aseismatic measures
  摘要综述能对坝基、坝身与库水综合分析的简单实用方法，合理的高拱坝抗震安全评价准则，混凝土材料强度的动力特性，坝址河谷地震动的输入模型，抗震工程措施等高拱坝抗震研究中亟待解决的问题和难点。
• Based on an analysis of some new advances in seismic research of arch dams , some suggestions were made , such as to further perfect the study of seismic response of the darn , water and foundation integrated system by means of dynamic analysis technique , to renew the idea of seismic prevention , to establish the uneven seismic model , to enhance the effectiveness research on aseismatic engineering measures , etc
  在分析高拱坝抗震研究最新进展的基础上，提出进一步完善用动力分析技术研究坝、水、地基综合系统的地震响应、更新抗震设防理念、建立不均匀地震动模型、加强抗震工程措施的有效性研究等建议。
• " field observation of high rock - fill dams and feedback data analysis " and " dynamic analysis of high earth and rock - fill dams and aseismatic measures " , the concepts and methods obtained in the above two consulting items were creative and evaluated by the ministry of electric power as being of international level . the research findings were adopted in such large - scale projects as the tianshengqiao water contral project , ming tombs water control project . dahe water contral project , ming tombs water control project , dahe water control project and lianhua water control project and awarded the second prize of scientific and technical advancement of the ministry of electric power . ( 2 ) the research on the stress - strain correlation of dam construction materials was awarded the second prize of scientific and technical advancement of the ministry of electric power . ( 3 ) the result of the field observation test and computational analysis for the tailing dam improvement project of xuzhou power plant was adopted by the east - china design institute of electric engineering with considerable economic benefit . ( 4 ) the result of the geotechnical test and data analysis of wenfu mine project was applied in the project with considerable economic benefit . ( 5 ) the field observation and data analysis of the kezier reservoir project provided a solid base for ensuring the normal operation and management of the reservoir
  “高堆石坝原位观测和反溃分析研究”及“高土石坝动力分析及抗震工程措施研究”咨询项目提出了具有开拓性的观点与方法，经电力工业部鉴定评为国际先进水平，该两项成果已应用于天生桥、十三陵、大河、莲花等大型工程获电力工业部科技进步二等奖； “坝料土动力应力应变关系的研究”咨询项目获电力工业部科技进步二等奖， “徐州发电厂灰坝加固工程勘测试验与计算分析”咨询成果已被华东电力设计院设计采纳，工程效益显著； “瓮福磷石膏渣场工程土工试验与数值分析”咨询成果已应用于国家重点工程瓮福矿肥基地建设，效益显著； “克孜尔水库工程原型观测数据库与资料分析”咨询项目为水库运行与管理提供了有力保证。
• Despite the different keystones which structural engineering and geotechnical engineering emphasize respectively in aseismatic interaction analysis of upper - lower parts under horizontal earthquake , that is inertial feedback interactions of the structure subsystem to the former or kinematic interactions of the pile - soil foundation subsystem to the latter , but the dual effects of soil fields must n ' t be ignored
  在遭受水平地震作用时的上、下部相互作用的抗震设计中，结构工程与岩土工程对这一领域各自有所偏重，前者较为关注其上部结构的惯性反馈相互作用，而后者则更加关注的是其桩土基础子结构的刚体相互作用，但场地土在抗震工程中的双重作用均是不可忽视的。