专题部分为关于深基坑支护设计方法的研究。
Exemplary into about deep foundation pit bracing design methodology.
本文主要研究了地下洞室支护设计方法和围岩稳定分析方法等问题。
This thesis focuses on the studying methods of the supporting design and analyses on the surround rock.
加固支护设计方法和方案，井下施工和矿压监测，支护加固效果和技术经济效益分析。
The design method and scheme of reinforcement, underground construction technology and monitoring, The evaluation of the strengthening effect and techno-economic benefits.
在综合讨论大屯矿区现用锚网支护设计方法尚存问题的基础上，对厚煤层放顶煤沿底回采巷道的锚网(索)支护参数设计方法进行了全面分析。
Based on the multiple problems existing in design of bolting support in Datun mining Area nowadays, the parameters of bolting (cabling) with wire mesh in actual mining...
设计了预测回采巷道锚杆支护参数的神经网络结构，并根据BP算法编制了软件。实际应用结果表明这一确定锚杆支护参数的方法是有效的。
A bolt supporting parameter selection neural network construction has been developed, the software is programmed based on BP algorithm. The practice result shows that this method is effective.
分岔隧道是一种新型的隧道结构形式，其设计方案、开挖支护方法对围岩稳定性至关重要。
Bifurcated tunnel is one of the new type tunnels, the excavation way and support style are key factors to the rock stability.
本文运用模糊数学理论，提出一种利用既有工程数据库设计隧道围岩支护系统的“模糊类比”方法。
Based on fuzzy sets theory and tunnelling data bank, a fuzzy analogy method for design of rock support system in tunnelling is presented in this paper.
从临时支护和止水两个基本作用出发，探讨了冻土墙的力学设计原理和方法。
From its two basic functions, namely temporary supporting and underground water sealing, the design principle and method of frozen walls were discussed.
本文主要介绍了锚喷支护工程质量管理信息系统软件包的结构、功能和设计方法等。
This paper presents the structure, function, and design method of the software package of a quality management information system of bolt-spray supports engineering.
试验表明采用的设计方法是科学合理的，填补了急倾斜煤层巷道支护理论和设计方法的空白。
The dynamic design method adopted in this paper provides a effective means of designing roadway support in deeply inclined seams.
本文介绍了地下通道施工中选择拉森钢板桩支护的合理性，并对其设计方法和施工措施进行详细阐述，为今后类似工程施工提供参考。
In this article, author introduces the rationality of selecting Larssen steel sheet pile support in constructing underpass , elaborates the method of design and construction.
但目前土钉支护结构的设计分析方法仍不够完善，对其可靠性、变形位移计算的研究也很不足。
But the method of its design analysis is not perfect yet, and the study on its reliability, deformation and displacement is also very poor.
本文目的是探讨锚喷支护设计理论，并提出实用计算方法。
The purposes of this paper are to go further into the designing principles and present the practical methods for calculation.
对求得的围岩和衬砌安全系数进行评价分析，形成黄土隧洞支护结构设计的定量方法。
Evaluating and analyzing the safety factors of the surrounding rock and the liner, quantitative methods of designing loess tunnel support structure are formatted.
经过邯郸信华大厦基坑支护设计的成功应用，证明这种方法能满足工程设计和施工的要求。
After successful application in Handan Xinhua building foundation pit supporting design, demonstrated that the method can satisfy engineering design and construction requirements.
该方法可为同类隧道锚杆支护设计、施工和研究提供有益借鉴。
This analysis method can be used as a reference for the design, construction and research of bolt support for similar tunnels.
本文通过亲自对一个工程实例进行连续长达4个月的全面应力、变形及基坑回弹观测，并结合当前基坑支护设计，尤其是平面支撑系统设计中存在某些缺陷，提出一种新设计方法。
By 4 months' observation to internal force and displacement of a engineering example_, some shortcoming is founded in the current design of shoring system at the same time a new method is created.
采用理论计算及ABAQUS数值模拟相结合的方法，保证支护设计的合理性。
A combined method with the theoretical calculation and ABAQUS numerical simulation was applied to ensure the rationality of the support design.
计算结果表明，该设计方法使得锚喷支护的定量化设计成为可能，产生的误差在实际工程中是可以接受的。
The result shows that it is possible to quantificational design for bolt shotcrete support in tunnels with the method, the error satisfies the needs of the engineering.
此研究为带垫板全长锚杆支护设计提供一个理论计算方法。
This research provides a theoretical method for design of a full column bolt with bottom plate.
本课题的研究成果对深基坑土钉支护结构的工作性能及设计方法的进一步研究及应用有较好的指导意义。
The research achievement will make a preferably direction to the research and application of the work function and design method of deep excavation soil nailing construction.
由该简化计算模型推导的公式可作为锚拉支架支护机理分析的基础和参数设计的计算方法。
The equations of the model is able to be the foundation of the mechanism analysis of truss support and the calculation method of parameters selected for a truss.
本文围绕车辆荷载作用下支护结构设计计算方法进行研究。
This paper focuses on the calculation method for support structure under the role of vehicle load and some key research.
然后用改进后的断裂力学设计方法对钢纤维混凝土作为初期支护的承载能力进行了结构计算。
For the load-baring capacity of the initial lining using steel fiber reinforced concrete, a modified fracture mechanics method is used in this paper to achieve the design purpose.
通过现行各类围岩铁路隧道支护结构的标准设计，对位移样条插值方法的精度进行了检验，表明完全可满足隧道施工及分析的需要。
The accuracy of the interpolation method for measured lining displacement is analysed with the existing standard for lining design of railway tunnel in several kinds of rock.
结合武汉科技会展中心风化岩边坡支护工程，介绍土钉支护技术的工作机理和设计方法。
Taking the slope engineering of Wuhan Conference and Exhibition Center for Science and Technology as an example, the mechanism and design method of soil nailing are presented.
如果将可靠度分析方法引入土钉支护的设计分析中，则可以减少很多破坏的发生。
Thus, if reliability analysis method was introduced into soil nailed wall design and analysis, a lot of damage could be decreased.
以哈尔滨移动通信枢纽基坑支护工程为实例，用本文提出的土方开挖动态计算方法，设计了该工程基坑土钉支护结构。
Harbin mobile communications hub to groundsill pit support works as an example, based on the groundsill pit dynamic calculation methods, we design the project excavation of soil nailing structure.
软岩巷道联合支护可靠性分析，为软岩巷道支护设计、校核提供了理论依据和计算手段，该方法在矿山、隧道工程中也有广泛的应用价值。
The reliability analysis of roadway combination support in soft rock can be used in the design and check of roadway support. This method may be applied far and wide in mine and tunnel project.
软岩巷道联合支护可靠性分析，为软岩巷道支护设计、校核提供了理论依据和计算手段，该方法在矿山、隧道工程中也有广泛的应用价值。
The reliability analysis of roadway combination support in soft rock can be used in the design and check of roadway support. This method may be applied far and wide in mine and tunnel project.
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