相似材料模型实验是研究地下采矿引起的岩层变形情况的重要方法。
The Similar Material Model is usually used to study the deformation of the terrane.
而在采矿工程中，相似材料模拟的往往是层状模型，岩层的弯曲变形和断裂破坏是关键问题。
In mining engineering, strata models are often simulated by similar material simulation model, rock bending deformation and fracture damage is the serious problem.
采矿方法的选择是一个复杂过程，目前尚无满意的数学模型予以描述。
The selection of mining methods is a complex process and there is no satisfactory mathematic model to describe it yet.
由于采矿方法选择受诸多因素影响和制约，难于建立一个用数学或力学模型的方法加以处理。
It is difficult to establish a simple model which the mathematic or mechanical method can be used in the selection lf mining method, due to many influence and constraint factors.
将采场顶板简化为岩梁模型，岩梁的最大拉应力及其极限跨距是采矿工程涉及到的两个重要参数。
The roof in working areas is simplified as rock beam, the maximum tensile stress and limited span of rock beam are important in mining engineering.
本文根据采矿工程实际，提出了胶结充填开采的边界元数值模型。
Based on mining engineering actualities, the paPer puts forward a boundary element numerical model for consolidated fill mining.
采矿工厂本身主要由数码模型合成，火山环境则是一座大型的微缩景观，里面充满可以流动的假熔岩。
The collection facility environment itself was largely realized as a digital model. The mountainous surroundings was made up of a massive miniature permeated with actual moving rivers of stage lava.
实际应用表明该模型可取代传统的经验类比法，直接为采矿爆破提供定量的设计依据。
It is showed in practice that the model can directly give quantitative design basis forb lasting.
通过信息可视化技术的研究，提出了基于采矿引起的地表移动信息的三维可视化研究模型。
A 3-d visual study model is put forward by studying visual information technology, which based on the information caused by mining.
针对我国多水平开采矿井的实际情况，建立了具有两级缓冲仓柔性连接运输系统可靠性的计算机模拟模型。
In view of real situations in multi level underground mines, a computer simulation model of reliability of mining haulage system with two ore bins has been established.
建立了各种结构类型岩组的岩体力学模型。为大面积采矿的围岩稳定性模拟分析提供了可靠的依据。
Rock mechanics model has been established for different types of rock structure to offer a reliable basis for a comparative analysis of host rock stability while mining in a broad area.
煤炭资源；采矿权；便利收益；双因素模型。
Coal resources; Mining rights; Convenience yield; Two-factor model.
所建模型和计算结果已用于矿山资源评估、采矿计划编制及资源开采设计等工作，促进了矿床资源开采质量和管理水平的提高。
The built models and calculation results had been applied to resource assessment, mining plan, and so on, which improved the quality of mineral deposit resource mining and the management level.
利用动力学分析软件ADAMS建立采矿船及集矿车船上吊运过程的虚拟样机模型，对集矿车的船上吊运过程进行模拟与动力学仿真。
Virtual prototype of ship and process of transporting the collector were constructed in ADAMS and the process of transporting it were simulated.
将该模型应用于某矿山采矿权评估，结果表明：采矿权价值随采矿权期权期限的增加呈现出先增后减的趋势；
Practical mining activities characteristics of mineral resources were discussed combined with concrete cases. The improved Black-Scholes model was used in mining rights value evaluation.
通过分析转向过程中采矿车与海底底质的作用力关系，建立了采矿车在海底斜坡转向的运动学模型，设计了以最优控制器为核心的转向控制系统。
Secondly, the mining vehicle's kinematic model is deduced as driving on the slope. Finally, the optimal steering controller is designed as a key determinant of the turning control system.
本文从喀矿地质条件出发，用岩石力学观点和有限元模型对两种方法进行比较、分析和选择，为采矿方法综合决策提供了力学方面的论证。
From the geologic conditions in Kalatongke Mine, the paper has made analysis, comparison and selection between both the above methods and provided grounds on rock mechanics for...
此外，实验证明所设计的模糊pid控制算法对采矿车模型机速度控制也是有效的。
In addition, the fuzzy PID control algorithm appling to the speed control of the model machine is proved effective.
此外，实验证明所设计的模糊pid控制算法对采矿车模型机速度控制也是有效的。
In addition, the fuzzy PID control algorithm appling to the speed control of the model machine is proved effective.
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