隧道掘進機；隧道鑽巷機；隧道開挖機
In this paper, three typical scheme design on mucking and transporting system of tunnel boring machine is stu***d, and the dispatch of the equipment in .
本文在研究隧洞掘進機開挖隧洞出碴及材料運輸三種典型方案後，對其調度方案進行了設計計算。
To improve the capacity and efficiency of the design system of backup transportation scheme for tunnel boring machine(TBM), a new hybrid-solving method was proposed.
為提高隧道掘進機後配套運輸方案設計系統的能力和效率，提出了一種工程裝備方案設計的混合求解方法。
In order to rationalize type selection of the full face rock tunnel boring machine, a comprehensive solution substituting the empirical choosing method is presented.
為了使隧道掘進機選型決策理性化，避免單純依靠設計者的經驗進行選型，研究一種綜合解決方案。
Mountain tunnel construction with high water pressure will apply the tunnel boring machine method (TBM) more and more.
長大深埋高水壓山嶺隧道的施工将越來越多地采用隧道掘進機法。
Being a crucial factor in influencing the performance of Full Face Rock Tunnel Boring Machine (TBM), the cutterhead design is one of the key issues of TBM.
刀盤設計是全斷面岩石隧道掘進機（TBM）的設計關鍵，是影響其掘進性能的決定性因素。
Productivity of the tunnel boring machine is evaluated by predicting the time and cost.
通過對掘進機施工工期和成本的預測，評估掘進機的效能。
Using artificial intelligence to make a type selection of full face rock tunnel boring machine an intelligent design system was established.
利用人工智能技術對全斷面岩石掘進機進行優化選型，實現掘進機方案設計智能化。
Especially, to the tunnels constructed by TBM(Tunnel Boring Machine), the work for advance geological prediction is crucial to the successful construction of a project.
尤其是對于TBM施工隧洞，超前地質預報工作開展的好壞是工程能否成功建設的關鍵。
A full face rock tunnel boring machine was highly sensitive to geologic situation.
全斷面岩石掘進機施工對地質地層狀況非常敏感。
A kind of electro-hydraulic simulation system of earth pressure balance of tunnel boring machine based on hydraulic power control principle was proposed.
提出一種基于液體動力控制原理的盾構土壓平衡電液模拟系統。
Correctly determining quality parameters of rock is the theoretical basis of use of TBM(full face rock tunnel boring machine)and its design.
正确确定岩石的性能參數是全斷面岩石掘進機使用及高性能全斷面岩石掘進機研制的理論基礎。
He is also experienced in soft ground tunnelling using Tunnel Boring Machine and NATM methods carried out in difficult ground conditions and at close proximity to important structures.
經曆過使用盾構機進行軟土掘進和在困難地層及靠近重要構築物條件下使用新奧法。
The cutterhead and rock mass characteristics affect the excavation efficiency of full face rock tunnel boring machine (TBM) strongly.
全斷面岩石掘進機（TBM）的破岩效率主要受刀盤設計和岩體特征的影響。
The kerf is the outside boundary of the tunnel wall that a boring machine gouges out as it bores through the ground or rock.
切口在隧道壁邊界的外面，隧道壁是由鑽機在鑽透土地或岩石時挖出的。
At the same time mechanical tunnel boring equipment will grind up the rock and soil detached by the melted kerf and pass it to the rear of the machine for disposal by conveyor slurry pipeline etc.
同時機械的隧道鑽孔設備會磨碎的岩石和土壤，被熔化的切口分離并傳到機器的後面，由傳送機、輸漿管道等進行清理。
Three-dimensional FEM is used to calculate the deformation and stability of tunnel under tunnel boring machine (TBM) excavation in big fault zone after pre-grouting.
利用三維有限元方法，計算研究大型斷層區超前注漿加固後在TBM開挖過程中隧洞變形穩定情況。
Breaking rock rolling cutters are cutters of breaking rock with rolling in the way of the push of the cutterhead, they are used widespread in the full face rock tunnel boring machine.
滾動破岩刀具是在刀盤的推壓力作用下滾動破碎岩石的刀具，廣泛用于全斷面岩石掘進機上。
A semi-metallic phenolic resin-based friction material was developed for friction facing on clutch disc in tunnel boring machine.
研制了半金屬樹脂基摩擦材料，對其摩擦學等性能進行了研究。
A subway construction worker, known as a sandhog exits the tunnel boring machine in the northbound tunnel of the Second Avenue subway construction project, Thursday, April 7, 2011 in New York.
2011年4月7日，紐約，被稱作“沙狗”的隧道挖掘工人從第二大街地鐵建築工程的北向的隧道的隧道掘進機中走出。
|tunnel borer;隧道掘進機；隧道鑽巷機；隧道開挖機
Tunnel Boring Machine（TBM），中文譯為全斷面隧道掘進機或盾構機，是一種用于隧道施工的先進機械裝置。以下是其詳細解釋：
如需進一步了解技術細節或案例，、、等來源。
隧道掘進機（Tunnel Boring Machine）是一種用于地下隧道工程的機械設備。它能夠在地下挖掘出長而平直的隧道，而不需要開挖大型坑道或炸毀岩石。
隧道掘進機是地下隧道工程中常用的設備，可用于道路、鐵路、地鐵、水利工程等。它由主掘盤、刀盤、推進機構、後退系統、掘進桶、支撐系統等部分組成，能夠在地下将土壤、岩石等物質進行掏空，從而形成隧道。
隧道掘進機通常使用在需要建造長隧道的地下工程項目中，它能夠有效地減少施工時間和人工成本，并且還能夠減少對周圍環境和建築物的影響。同時，隧道掘進機還能夠保證隧道的穩定性和安全性，避免了使用傳統的炸藥爆破方法産生的風險和危害。
隧道鑽掘機
傳統炸藥爆破法
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