隧洞工程 的英文怎麼說

中文拼音 [suìdònggōngchéng]
隧洞工程 英文
tunnelling
  • 隧 : Ⅰ名詞1. （隧道; 地道） tunnel; underground pass2. [書面語] （道路） road3. （郊外的地方） suburbsⅡ動詞[書面語] （旋轉） turn
  • 洞 : Ⅰ名詞（物體上穿通的或凹入較深的部分; 窟窿; 洞穴） hole; cavity Ⅱ形容詞（深遠; 透徹） profound; thorough; clear
  • 工 : Ⅰ名詞1 （工人和工人階級） worker; workman; the working class 2 （工作; 生產勞動） work; labour 3 ...
  • 程 : 名詞1 （規章; 法式） rule; regulation 2 （進度; 程序） order; procedure 3 （路途; 一段路） journe...
  1. Based on the modern design theory of tunnels construction that the adjoining rock be regarded as primary load - bearing structure, this thesis have made researches on the stability of tunnels mother rock and the safety of support pattern under the high external waterpressure and high geostress

    這就使本隧洞工程的建設面臨著極大的挑戰。本文是在將圍巖作為主要承載結構，支護與圍巖共同作用的現代隧洞設計理論的基礎上，來研究高外水壓力及高地應力下隧洞圍巖穩定性及支護結構安全的。
  2. Using artificial neural network in identification of mechanics paraneters of tunnel ' s wall rock

    人工神經網路在隧洞工程圍巖力學參數識別中的應用
  3. Heat insulating measures of aqueduct during construction of dalian diversion water from biliuhe reservoir

    大連市引碧北段玉皇廟隧洞工程的施工管理
  4. Study on main engineering geology problems of baixi reservoir diversion project water conveyance tunnel in ningbo city

    不平衡報價法在大連引碧玉皇廟隧洞工程投標報價中的應用
  5. There are few great depth, high external waterpressure and high geostress tunnels engineering and few researches on this up to present. thus, there will be many challenges in construction of the tunnels

    如此大埋深、高外水壓力、高地應力下的隧洞工程建設目前還很少有同類工程可資借鑒，這方面的研究也不多見。
  6. The geological conditions are very complicated in hejiazhai tunnel which is located in guizhou shuibo railway, this tunnel is named " mashed tunnel " with the most difficult geological conditions such as the high dense gas and developed karst and gushing water assembled together, the geological hazards like the gushing water and sand, the collapse of tunnel, surface subsidence and slide, cracking of tunnel lining were often happened during construction period

    摘要貴州水柏鐵路何家寨隧道，工程地質條件極其復雜，集「高瓦斯、強巖溶、大涌水」為一體，施工期間曾發生多次涌水涌砂、洞內坍方、地表塌陷與滑坡、支護襯砌開裂變形等地質災害，堪稱水柏鐵路施工難度最大的「爛洞子」 。
  7. This paper introduces the foundations of tunnel engineering geological conditions and the evaluation, and gives the engineering geological conditions of and evaluations on 6 # tunnel to 15 # tunnel in the main trunk of hydraulic line of zhangfeng reservoir

    介紹了隧洞工程地質條件及評價的依據，給出了張峰水庫總干6 #至15 #隧洞工程地質條件及評價。
  8. Recycle of the fragment resources in the tunnel project

    隧洞工程洞碴資源再利用
  9. The application of artificial neural networks to the tunnel engineering

    人工神經網路在隧洞工程應用
  10. This kind of mucking system has the characteristics of higher mechanized level, more convenient to be handled, higher spoil mucking efficiency, safe and reliable, which is suitable to be applied to the construction of the deep embedded tunnel with long distance

    帶有渣倉的斜井出渣系統，具有機械化程度高、操作方便、安全可靠、出渣效率高等特點，尤其適合於在深埋長大隧洞工程施工中推廣應用。
  11. Geological features and safety protection for tunnels at xiluodu hydropower station

    溪洛渡水電站隧洞工程地質特性與安全防護
  12. The geological condition of and evaluation on the construction of the general trunk tunnel in zhangfeng reservoir

    張峰水庫總干隧洞工程地質條件及評價
  13. Application of eh4 electric conductivity imaging system to geological disaster forecasting in hydroelectric tunneling

    4電導率成像系統在水電隧洞工程地質災害預報中的應用
  14. In the tunnel construction, some device were built to monitor the stability of the surrounding rock

    論文以隧洞工程為研究對象，應用光纖傳感技術，實現了隧洞實時、在線監測。
  15. During tunnel construction, both the excavation and lining are on the critic path of the line - period of the construction

    摘要在隧洞工程施工中，開挖與襯砌均處在關鍵線路上，佔用直線工期。
  16. Furthermore, total energy release of surrounding rockmass obtained by lerr can be used as optimal index for optimal design of excavation schemes

    對太平驛水電站引水隧洞工程不同開挖步長下能量釋放率指標的算例進行分析。
  17. This subject directly investigates 14 construction enterprises and more than 40 construction sites. the types of the projects involve railway, bridges, tunnel, municipal, road, industry and civil construction, airport runway, hydraulic tunnel and others. this paper deeply analyzes and assesses the occupational health and safety management actuality of the construction site, points out the main problems in the process of hazard identification, risk assessment and risk control, and also analyzes why these problems exist

    該課題研究直接調查了十四家施工企業和四十多個項目施工現場，項目類型涉及鐵路工程、市政公用工程、公路工程、房屋建築工程、機場場道工程、橋梁工程、水工隧洞工程、土石方工程等，對施工現場實際的職業健康安全管理現狀進行深入的分析、評估，指出了危險源辨識、風險評價、風險控制過程存在的主要問題，並分析了為什麼會存在這樣的問題。
  18. In this paper, based on simulation modeling laws of geometry, constitutive relations, stress conditions and construction, a simulative calculation model has been proposed by considering the mechanical problems during the underground tunnel ' s construction and adopting constitutive models of enveloping type which can consider elasto - plastic materials and their cracking. the model can describe rock multi - media characteristic consider the interrelation of shoring structure and stratum reflect some influencing factors, for example : faultage interlayer joints, construction process and so on

    本文結合地下隧洞工程施工過程中的力學問題，基於幾何、本構、應力狀態和施工過程等四方面模擬建模的原則，採用可以考慮材料彈塑性和開裂的包絡型本構模型，建立能描述巖體多介質的特點和能考慮隧洞支護結構與地層的相互作用，同時能反映斷層、夾層、節理裂隙以及施工全過程等影響的巖體結構模擬計算模型。
  19. The ultimate aim of method dissertating is put into use basing on experience in engineering, tunnel engineering is one of complicated geological condition among engineering, so it is essential to use system safety engineering on controlling safety of tunnel. in application of tunnel safety engineering. we process safety analysis using fta, process system integrated appraise using fuzzy integrated appraise. process safety decision - making using ahp, and obtain favorable effect

    論文的實證研究，選取的是隧洞工程。因為隧洞工程是地質條件最復雜的工程之一，對隧洞的安全控制採用安全系統工程是非常必要的。在隧洞安全系統工程中，採用事故樹分析法進行安全分析，採用模糊綜合評估法進行系統綜合評價，採用層次分析法進行安全決策，取得了良好的效果。
  20. In the latest tens of years for meeting with the economic and social double - quick development, a great many tunnels used in a variety of fields have been built in the world. the trend of tunnel construction is more and more long - deep

    近幾十年來，為滿足經濟和社會快速發展的需要，世界上各種用途的隧洞工程的建設發展迅猛，其主要表現形式和趨勢就是隧洞長度不斷增大以及埋深的不斷增加。
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