岩土材料,geomaterials
1)geomaterials岩土材料
1.An elastoplastic damage model for geomaterials and analysis of strain localizaion of arch dams;岩土材料塑性损伤模型及拱坝的变形局部化分析
2.Method for developing hardening parameter independent of stress path for geomaterials;岩土材料应力路径无关硬化参量的构成方法
3.Research on point safety factor of shear failure geomaterials岩土材料剪切破坏点安全系数的研究
英文短句/例句

1.Research on point safety factor of shear failure geomaterials岩土材料剪切破坏点安全系数的研究
2.SHPB dynamic experiment of modified geomaterials改性岩土材料SHPB动力学试验研究
3.Study on Damage Statistical Theory for the Constitutive Model of Geo-material;岩土材料本构模型的损伤统计理论研究
4.Study on Strength Reduction Technique Considering Rheological Property of Rock and Soil Medium;考虑岩土材料流变特性的强度折减法研究
5.Determination of dilatancy angle for geomaterials under non-associated flow rule岩土材料在非关联流动法则下剪胀角选取探讨
6.Development and utilization of indirect tensile strength tester for geomaterial岩土材料拉伸强度测定仪的研制与应用
7.Biot's consolidation damage finite element analysis of porous geo-materials多孔介质岩土材料的Biot固结损伤有限元分析
8.Study for Thermal Conductivity Measure of Geotechnical Materials and Simulation and Experiment of Water Source Heat Pump in the Lab岩土材料导热系数及水源热泵室内模拟试验研究
9.Mechanical characteristics of rock and soil affected by particle size of crystal and mineral晶体及矿物颗粒大小对岩土材料力学性质的影响
10.The method can be applied to slopes with any configuration, different layering and external load distribution.该方法适用于任意几何形状、不同岩土材料分层以及多种荷载作用的复杂边坡。
11.The Experimental Study on the Interface Characteristic Between Red Sandstone and Geosynthetics红砂岩填料与土工合成材料的筋土界面特性实验研究
12.Grouting is a rock-stratum strengthening method that fill up the voids and fractures with cement or other materials.注浆是将水泥或其它材料注入岩土体缝隙中的一种岩层加固方法。
13.ACTUAL MESOSTRUCTURE BASED THREE-DIMENSIONAL NUMERICAL MODELING METHOD FOR HETEROGENEOUS GEOMATERIALS基于真实细观结构的岩土工程材料三维数值分析方法
14.COMPRESSION BEHAVIORS OF CRUSHED COx ARGILLITE USED AS BACKFILLING MATERIAL IN HLW REPOSITORY高放废物处置库中COx黏土岩回填材料压缩特性研究
15.Application of Geosynthetic in Expansive Rock Canal Slope Treatment in South to North Water Transfer Project土工合成材料在南水北调膨胀岩渠坡加固中的应用
16.a mountain formed by volcanic material.由火山岩材料形成的山。
17.Technology of Mineral Materials矿物岩石材料工艺学
18.Comparison between Primitive Rock Art Materials and Modern Rock Painting Materials原始涂绘岩画材料与现代岩彩画材料之比较
相关短句/例句

geomaterial岩土材料
1.Finite element modeling of geomaterial using digital image processing and computerized tomography identification;基于CT图像处理技术的岩土材料有限元模型
2.Determination of dilatancy angle for geomaterials under non-associated flow rule岩土材料在非关联流动法则下剪胀角选取探讨
3.Preprocessing methods for microstructural images of geomaterials岩土材料微结构图像预处理方法
3)geotechnical material岩土材料
1.A new state-space vector was built to change the typical single-input-single-output linear stationary system model of the rheological constitutive model of the geotechnical material into its state-space representation,it was proved that the model was completely controllable and observable because its controllability and observability matrices were the filled ones.通过构建新的状态空间变量,将岩土材料流变本构模型这种典型的SISO线性定常系统模型转换为状态空间描述,证明了该模型的可控性和可观测性矩阵均为满秩阵,因而是完全可控可测的。
2.The size error of TC among different samples is found out through experimental results and numerical simulation, which offers a solution to the measurement of TC of the geotechnical materials in site.利用QTM-D2常温导热系数测定仪测定了典型砂、黏土、岩石的导热特性,探讨了室内外试验、试样饱和程度对测量结果影响,通过试验结果和数值模拟研究了不同试样导热系数的尺寸差异,为现场岩土材料导热系数的测定提出了可行的解决方案。
4)geotechnical materials岩土材料
1.In this dissertation, within the framework of the principles of continuum mechanics, based on research results of elastic-plastic constitutive models for geotechnical materials, the method of derivation of multi-dimensional elastic-plastic increment constitutive model is proposed under general loading; the stress increment considering the.岩土材料是一种力学性质复杂的工程材料,在宏观力学分析中将其视为连续介质。
5)geological materials岩土材料
1.Breakage mechanics conceptualizes the geological materials as binary structural bodies consisting of bonded blocks and weakened bands.岩土破损力学把结构性岩土材料抽象成由胶结强的胶结块和无胶结的软弱带组成的二元结构体 ,变形过程中胶结块逐步破损并向软弱带转化。
2.A new theory called breakage mechanics is proposed for geological materials.建议了一种新的岩土材料力学分析理论—岩土破损力学,并将岩土材料抽象为由结构块和结构带组成的双重介质材料。
3.In this paper the present state in understanding fundamental properties of the geological materials, existing theories and methods forthe analysis of their deformation are reviewed and appraised.本文首先对岩土材料的基本特性、分析理论和分析方法进行回顾和评述,在此基础上提议了一种有别于现有塑性力学、断裂力学和损伤力学的新的数学模型理论——岩土破损力学,定义了这一理论的基本概念及其目标和任务。
6)material of rock and soil岩土体材料
延伸阅读

工程岩土学工程岩土学rockandsoilengineering为工程建设研究岩石和土的成分、结构、构造和工程地质性质的科学。工程地质学的分支学科。曾称为土质学。位于地壳表层的岩体和土体在工程建设中往往作为建筑基础和建筑材料以及边坡工程和地下洞室的环境。因此研究工程岩土学对保证各类工程建设的合理设计、顺利施工和安全稳定具有重要意义。工程岩土学的研究内容主要是:①测定岩土的工程地质性质,为工程建筑设计提供定量指标。其中主要包括岩土的物理性质和力学性质。②研究岩土的物质成分和结构特点,以及各成分间的物理-化学作用,确定它们对岩土工程地质的影响。③查明岩土的分布规律,预测其在外界干扰下的变化趋势及其危害。④研究测试岩土工程地质性质指标的方法。⑤研究人工改良岩土体工程技术性质的理论和方法。