The geological formation movement produced many structural planes with different characteristic.
岩体伴随地质构造运动产生了特征不同的结构面。
The interpretation of this type of structural planes using remote sensing images is rather difficult.
利用遥感图象进行分划性结构面的解译是遥感图象解译的难题。
Based on experimental study, the shear creep constitution equations of structural planes are proposed.
在试验研究的基础上，提出了结构面蠕变的剪切蠕变方程。
Rock slope usually has many structural planes, which can play important role to the stability of the slope.
岩质边坡中往往存在较多的结构面，这些结构面往往对边坡的稳定性起到重要的作用。
The construction diversion tunnel of a foreign project has special geologic conditions with various developed structural planes.
国外某水利水电工程施工导流洞工程的地质条件十分特殊，各种地质结构面超常发育。
To this point, a series of probability statistics analysis are performed after calculating the data of structural planes of rock slope.
针对这一问题，本次课题着重对岩质边坡的结构面数据进行计算，并对计算结果做概率统计分析。
The growing modes of surface structural planes under compressive load and the function of the bolts are studied by experimental methods.
通过试验研究受压作用下临空结构面的扩展特点以及锚杆的作用。
Based on the classification of surrounding rocks, the paper studies how to select the mechanics parameter of rocks and structural planes.
在围岩分类的基础上进行了岩体及结构面力学参数取值研究。
The mechanical parameters of rock masses are controlled by rock and structural planes, the determination of which is one key issue in numerical simulation of rock engineering.
在对岩体工程进行数值模拟分析时，岩体力学参数的确定是影响分析结果可靠性的关键步骤。
The lithologic character, orientation and structural planes, and the relation between structural planes can be defined for studies of fault on the basis of borehole-wall images.
从这些图像上可以解译出岩性特征、结构面的走向和相互关系等信息。
Considering the structural planes as initial damage, damage mechanics is applied to analyze the deformation parameters of rock masses by discounting mechanical parameters of rock.
将岩体中的结构面视为一种初始损伤，岩体变形参数通过岩块参数的损伤折减来确定。
Complicated material fabrics are the main factors to control the mechanical characteristics of rock mass; currently the anisotropic problems caused by structural planes are the most hot topics.
复杂的结构面是控制岩体力学性质的主要因素，由结构面引起的岩体各向异性一直是岩体力学研究的热点问题。
Nonlinear rheological models of thick and zero-thickness structural planes are presented. And incremental expressions of finite element for simulating creep of the structural planes are derived.
提出了有厚度和无厚度地质缺陷的非线性蠕变模型，推导了模拟上述地质缺陷蠕变的有限元增量表达式。
Based on the fractal geometry theory and the survey of the on-site rock mass, the statistical analysis, the network simulation and the fractal dimension calculation of the structural planes were made.
基于分形理论和现场岩体结构面调查，对岩体结构面进行了统计分析、网络模拟和分形维数计算。
Beginning with general proportions, planes and structural landmarks, Charles then demonstrates how to apply these principles with a series of life drawing exercises.
查尔斯从一般的比例，平面和结构的地标，然后演示了如何应用这些原则，推出了一系列的写生练习。
Beginning with general proportions, planes and structural landmarks, Charles then demonstrates how to apply these principles with a series of life drawing exercises.
查尔斯从一般的比例，平面和结构的地标，然后演示了如何应用这些原则，推出了一系列的写生练习。
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