So, this method can satisfy the need of the rock and soil engineering.
因此，该预测模型足以满足岩土工程的需要。
Bolt, one kind of reinforcement measure, is well accepted in rock and soil engineering practice.
锚杆(索)是一种应用广泛的岩土体工程加固措施。
Through the soil microstructure research, to a deeper understanding of soil engineering properties.
通过土体微结构特征研究，能够更深层次地认识土体的工程性质。
Finally, a new viewpoint of adopting limited strain as the major criteria of stability in frozen soil engineering is proposed.
最后作者提出了用极限应变作为冻土工程稳定性判据的新观点。
Stability and reliability evaluation of tunnel and underground engineering is a very difficult problem in rock and soil engineering.
隧道和地下空间工程的稳定性和可靠性评价的问题一直是岩土工程界关注的难点问题。
It has important meaning for the saturate-unsaturated two phase flow study in raining in rock soil engineering and hydraulic engineering.
特别是在岩土工程和水利工程中研究降雨入渗下饱和非饱和水气两相渗流具有重要意义。
To reinforce slope of weak rock has been tough problem during rock soil engineering, especially for sl-ope consisting of broken weak rock.
软弱岩石的边坡支护一直是岩土工程中较为棘手的问题，尤其是受地质构造破坏形成的破裂破碎软弱岩体的边坡支护问题更为复杂。
And meanwhile, the soil engineering property indexes and the calculating rules of the loadbearing capacity of foundation also change variously.
同时地基土的工程特性指标取值、地基承载力计算规定也有不同程度的变化。
The foundation or slope leveling, in the above slightly irregular sprinkle with loose soil engineering specifications and the corresponding plant.
将基坑或坡面整平，在上面略不规则地洒上符合工程规范的松散的土壤和相应的植物。
The results indicate that the statistical analysis of geotechnical test data is an important method for the study of soil engineering characteristics.
结果表明，对大量试验数据的统计分析是研究土工程特性的重要方法。
The soil parameter is the basic parameter in the soil engineering design, but the variety of soil parameter have the very strong region characteristic.
岩土参数是岩土工程设计的基本参数，而岩土参数的变化具有很强的地域特征。
The second chapter in first introduces the concept, the calculation ability of the neural network method in detail, and some applications in the soil engineering.
本文第二章首先详细介绍了神经网络方法的概念、计算能力以及在岩土工程中的一些应用。
At the same time the space variation of the soil parameter already drive people a cognition, combine to lead into the dependable analysis of the soil engineering gradually.
同时岩土参数的空间变异性已被人们所认识，并逐步引入岩土工程的可靠性分析中。
According to rock soil engineering properties and dynamic character of the ash dam of Anyang Power Plant, the dynamic analytical model is set up by the finite element method.
根据安阳电厂灰坝岩土工程性质及其动力学特性，建立了适合灰坝工程的动力分析模型并采用有限元法进行了动力分析。
A soil engineering classification derived from the piezocone penetration test(CPTU) involves the uncertainty of correlation between soil composition and soil mechanical behavior.
采用孔压静力触探（CPTU）测试资料进行土的工程分类时，在土成分和力学性状等相关性方面会产生很多不确定性。
The regression relationship between fractal dimension and physical and mechanical property of soil indicates that fractal dimension characterizes the soil engineering geological features.
分维数与土的物理力学性质的回归关系表明，分维在一定程度上表征土的工程地质特征。
Contents summary: Each item engineering construction at design and construction before, have to carry on rock soil engineering to investigate according to the capital construction procedure.
内容摘要：各项工程建设在设计和施工前，必须按基本建设程序进行岩土工程勘察。
This paper deals with three factors, i. e. topographic unit, stratigraphic age, and strata association as the most important elements for controlling the soil engineering geological conditions.
本文以地貌单元、地层时代和地层组合作为控制土体工程地质条件的基本要素，并从八个方面实例论证了这三大要素对各类土体工程地质条件的宏观控制作用。
A frozen soil engineering problem of pile foundation uplift, is analyzed using fracture mechanics method, and a simplified model for calculation the stability of pile foundation uplift is presented.
对桩基冻拔的冻土工程问题进行了断裂力学分析，并给出简化模型。
Soil nailed walls support technology is wide applied in foundation pit engineering because of low cost and simple construction.
土钉墙支护技术以其费用少，施工简便在基坑工程中得到广泛应用。
The engineering geologic property in the region of Harbin is commonly well, but for many reasons there is loess-like soil distributing on different physiognomy elements.
哈尔滨地区，一般属良好或较良好的工程地质区，但是由于各种原因在不同地貌单元上分布着黄土状土，也称类黄土。
The bearing capacity and settlement of the shallow foundation on soil is the important subject of the soil mechanics and foundation engineering.
浅基础的地基强度及变形历来是土力学与基础工程学的重要内容之一。
Research shows that in-situ test methods reflect the engineering properties of the soil more objectively and serve the survey and design of the excavation engineering better.
研究表明：原位测试方法能更客观的反映土体工程性质，更好的为基坑工程勘察、设计服务。
Once found engineering construction area appear soft soil layer, should take corresponding measures.
一旦发现工程建设区域出现软土层，就应该采取相应措施。
Soil is a complex engineering material and the variability of its parameters is high.
土是一种非常复杂的工程材料，土参数的变异性一般都比较大。
Soil is a complex engineering material and the variability of its parameters is high.
土是一种非常复杂的工程材料，土参数的变异性一般都比较大。
应用推荐