工程分类的英文

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engineering classification

工程: engineering; project; progra ...
分类: classify
土的工程分类: engineering classification of soil
工程分包: 67．subcontracting some works; engineering subcontract; subcontracting some works
工程分析: ansys designspace; engineering analysis; project analysis

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Check out grady booch s blog on software architecture and engineering
并查看grady booch的关于软件体系结构和工程分类方面的blog 。
Firstly the paper introduces and generalizes the distribution , engineering classification and engineering properties of the tertiary mudstone in guangxi . then the paper analyzes the pile - tip bearing behaviour of the tertiary mudstone in guangxi . last aiming at the tertiary mudstone in nanning basin , the paper studies on its bearing capacity of pile tip by methods of in situ plate loading test , rigid - plastic body theory and elasto - plasticity theory
本文首先归纳介绍了广西第三系泥岩的分布、工程分类与物理力学特性，分析了广西第三系泥岩的桩端承载性状，然后以南宁盆地第三系泥岩为代表，采用原位载荷板试验、刚塑体理论及弹塑性理论三种方法研究其桩端承载力。
This article mainly emphasize on the classification of coarse grained soil from the viewpoint of engineering application ( content of coarse grains ) , vibrating method is introduced in the shaping . meanwhile , research is made to the water stability and shear strength . through research , following conclusions are obtained : coarse grained gradation is the main factors to determine its shear strength , when the coarse grains content is over 70 % or around , the maximum shear strength appears : the grains itself have a bigger effect on the shear strength
以往对粗粒土的研究方法多采用击实法，很少有人研究其抗剪强度特性，本文主要从工程应用的角度(粗粒含量)对粗粒土进行工程分类，成型方法采用振动法，同时对水稳定性、抗剪强度特性进行研究，通过研究得出以下结论：颗粒组成级配特性是决定其抗剪强度的主要因素，当粗粒含量在70左右时，抗剪强度最大；颗粒本身的特性对抗剪强度影响较大，颗粒越坚硬、大小颗粒相差越大、越不均匀、颗粒形状越呈棱角状、填筑密度越大，抗剪强度就越高；含水量对抗剪强度的影响很小，可以忽略不计。
According to the research results of rock qulity calculation , rock mass structure combination , and others , the authors use “ limited engineering parameters , basic structure of rockmass , evolved structure of rockmass ” as the first - order index , propose a technique of dynamic and engineering classification of mine road surrounding rockmass ( dec ) , and suggest a method to use the dec
基于围岩质量计算、柱状图数字化和重组、结构面诊断、围岩结构装配、采动应力作用后围岩结构演化等研究成果，采用“工程要求、基本结构、演化结构”为一级指标，提出了围岩的动态工程分类技术、分类结果的表式表达技术，并指出了分类结果的应用方法。
According to the research results of the rock quality calculation , the columnar section digitlizing , the rock mass structure diagnosis and other methods this paper used engineering limited parameters , basic structure and evolutionary structure of rock mass as the first grade indexes , proposed the technique of dynamic engineering classification of stability of mine road surrounding rock mass ? dec ? , pointed out the method of using dec results
基于围岩质量计算、柱状图数字化与重组、围岩结构诊断、采动应力作用后围岩结构演化等研究成果,采用工程要求、基本结构、演化结构”为一级指标,提出了巷道围岩稳定性动态工程分类技术、分类结构的表达技术及分类结果的应用方法

工程分类的英文

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