工程条件 meaning in English
engineering condition
Examples
- The many proper limited water levels were study out through analyzing the engineering condition and safe operation instance of the reservoir ; the stochastic simulation method and frequency analysis method were adopted to calculate the flood control risk rate of reservoir at the different limited water levels
通过分析水库的工程条件与安全运行情况,拟定了可能的汛限水位方案集,采用随机模拟和频率分析的方法计算出了水库在各种汛限水位方案下的防洪风险率。 - From the aspect of the coupling action of geological and engineering conditions , this paper analyzes their influences on high slope stability . the result shows that constructional surface , lithology , slope angle and height are the most influential factors . provided that a slope angle in a stepped slope is constant , the slope stability is very sensitive to the height / width ratios of steps , and the best design for the slope is to make the height of each step no more than one - third of the total height and the height / width ratio between 1 : 0 . 2 - 0 . 3
从地质与工程耦合作用出发，分析了地质因素和工程条件对高边坡稳定性的影响，指出结构面、岩性以及坡角和坡高是边坡稳定性的重要影响因素，在边坡角一定的前提下台阶状边坡的台阶高宽比对边坡稳定性影响山十分明显，一般以每级台阶的高度不超过总坡高的1 / 3 ，高宽比在1 ： 0 . 2 0 . 3之间为最佳设计。 - Considering the contents of slope model , practice of slope engineering and the present research situation on models for slope and their application situation , this paper puts forward a geological engineering model for slope , and states its definition , contents and establishment methods . this paper then points out , firstly , that the geological engineering model for slope is the product of the unification of engineering and geological conditions of slope , which are complemented to and interacted with each other ; secondly , that engineering conditions are vital in this model , and the stability of slope is up to the coupling degree of engineering conditions and geological conditions , which increases as the degree grows and decreases as it lowers
从模型的内涵和边坡工程的实际出发，根据目前边坡中模型的研究和应用现状，提出了边坡地质工程模型，并论述了边坡地质工程模型的含义、内容以及建模方法，指出边坡地质工程模型是边坡工程条件和工程地质条件一体化的产物，两者相辅相成、互馈作用，工程条件在边坡地质工程模型中有着重要的地位与作用，边坡的稳定性取决于这两个因素的耦合作用程度，耦合程度越高，边坡越稳定，反之越不稳定。 - Apart from that , comprehensive damage degree is presented and its function equations are established in this paper , with exploration of the conception of applying comprehensive damage degree to the evaluation of slope stability and in its treatment . with that as a basis , seven indicators for high slope stability evaluation are put forward
此外，还提出了综合损伤度，建立了边坡综合损伤度的函数表达式，并探讨了利用综合损伤度评价边坡的稳定性以及进行边坡治理的基本思路，在此基础上提出了地质条件与工程条件共同作用的7个岩质高边坡稳定性评价指标。 - At present , there are many methods of ground improvement in our country , and ground improvement is regional , so it is practical to optimize the project of ground improvement , based on the condition of geology and engineering , and the level of construction , inspection and economy
目前我国现有的地基处理方法众多，而地基处理又是一项具有很强地域性的技术，结合本地区地质条件、工程条件、经济因素以及施工、监理水平等进行地基处理方案的优化是一项具有实际意义的工作。