English translation for "岩体结构面"

rock discontinuity structural plane

Example Sentences:

	1.	Fractal study on the representative elementary volume of jointed rock masses 岩体结构面产状的平面正态概率分布模型
	2.	Multifractal for structural planes in rock mass of dam site area of yujianhe reservoir , guiyang 贵阳鱼简河水库坝址区岩体结构面的多重分形
	3.	Study on the distribution characteristics of the structural planes in rock mass based on the fractal geometry theory 基于分形几何理论的岩体结构面分布特征研究
	4.	In this research , objective structure face data are applied to analyze integral stability of rock slopes , and the process , in which the structure network is obtained , is executed automatically by a computer 将实测结构面分析结果运用到整体稳定性分析中，对用数据描述的岩体结构面网络，完全是由计算机自动客观审视分析数据而得出结果。
	5.	The fractal features of spatial distribution of rock mass structural plane are researched . it proposes the use of fractal dimension for reflecting the dominance and scope of structural plane in spatial distribution 通过研究岩体结构面空间分布的分形特征，提出了应用分形维数这一重要的度量指标来反映结构面在空间分布的优势程度及范围的方法。
	6.	Field observations and measurements and relevant statistics show that the ne - nee and nnw constitute the first and second dominant trends of the discontinuities of the rock mass in the area of the permanent shiplock in the threee - gorge project . of all the discontinuities , the steep dip takes the absolute lion ' s share 1 、通过现场观测及统计分析表明，三峡永久船闸区岩体结构面第一优势走向为ne - nee ，第二优势走向为nnw ，所有结构面中，陡倾角占绝对优势。
	7.	This opens up a new way of solving fractal dimension with the box method based on the computer simulation graph of structural plane . the fractal dimension of structural plane of rock in mass in chengchao iron ore is obtained , which presents a true picture of the fractal features of rock mass structural plane 开拓了根据结构面计算机模拟图，应用盒子法求解分形维数的新方法，并求得程潮铁矿岩体结构面分布的分形维数，真实地反映了岩体结构面分布的分形特征。
	8.	This paper takes rock mass structural plane that influences the stability of rock mass construction as the main subject of investigation and the underground mining in chengchao iron mine as an illustrating example . for a systematic study of the mechanical features of rock mass structural plane and of measures to control the rock mass structural plane , the methods of theoretical analysis , field survey , computer simulation , numerical calculation and engineering practice are employed jointly , aided by the integration of macro - study with micro - study , qualitative approach with quantitative one and theory with practice . the principle of combining rock mechanical theories with engineering practice is followed from beginning to end , which makes it possible to apply theoretical results to engineering practice , perfect the research method in raising the structural stability of underground construction and solve problems with production in enterprises 本论文以影响岩体工程稳定性的岩体结构面为主要研究对象，以程潮铁矿地下采矿为例，采用理论分析、现场调查、计算机模拟、数值计算和工程实践等多种研究方法，将宏观与微观、定性与定量、理论与实践相结合，系统地研究岩体结构面的力学特征，研究控制岩体结构面的方法、手段和措施，旨在将岩石力学理论与工程紧密结合，使理论成果能够在工程实践中得到应用，不断完善提高地下工程结构稳定性的研究方法，解决企业生产难题。
	9.	On the basis of inspecting , investigating and analyzing , the author proposes the overall thought and step of informationization design and construction on project geology and rock and soil project , concludes and develops the basic theory and method , points out rock structure network simulation , numerical simulation and gis technology are the key theory of informationization design and construction on project geology and rock and soil project and describes the main content , method and course 在监测、调查、分析的基础上，提出了工程地质、岩土工程信息化设计和施工的总体思想、工作步骤，总结和发展了工程地质、岩土工程信息化设计和施工的基本理论和基本方法；指出了岩体结构面网络模拟、数值模拟、 gis技术是工程地质岩土工程信息化设计和施工的关键理论，论述了关键理论的主要内容、工作方法和实施过程。
	10.	On the basis of a large number of field geology investigation , the theory on engineering stratification was applied to analyze and study systemically rock mass structural surface of dam abutment , and further throw light on overall character of rock mass structure . by setting up definite structural level model and statistical model , and analyzing further numerical simulation of finite element , the action of rock mass stress and shape distortion has been recognized and apprehended in depth 本论文以现场地质调查为基础，应用系统工程层次性理论，对坝肩岩体结构面进行了系统的分析研究，阐明了坝肩岩体结构的总体特征，建立了坝肩岩体结构的确定性层次模型和统计模型，通过进一步的有限元数值模拟分析，深化对岩体应力形变作用的认识与理解。

Similar Words：

"岩体工程质量指标" English translation, "岩体构造" English translation, "岩体构造断裂" English translation, "岩体固化" English translation, "岩体基本质量" English translation, "岩体力学" English translation, "岩体力学与工程应用" English translation, "岩体评分" English translation, "岩体强度" English translation, "岩体热导率" English translation