结果表明，DEM方法能很好地模拟鼓泡床内的流动特性。
The results show that the DEM method can better simulate the flow characteristics in the bubbling fluidized bed.
本文采用GE -I系列可编程控制器（PLC）的计数器来模拟鼓形控制器，由于用软件来实现，因此编程、修改灵活方便，而且总步数和输出点数可以满足所有场合的需要。
GE-I Series PLC is used to simulate drum controller in this paper. Because of implement with software, it is easy to modify program, and its total steps, output points can be used in all conditions.
目前，关于鼓泡塔内气液逆流操作的CFD模拟计算还很少。
At present, a few CFD simulations of countercurrent of liquid and gas in the bubble column are found.
本文采用三个边界元模型对巷道底板上锚杆的不同布置形式对防治底鼓的效果进行了模拟研究。
In this paper, three boundary element models were adopted to simulate the preventive effect of different floor bolt layout on the floor heave.
由于此方法对转鼓全部采用三维立体单元进行网格划分，因而可以模拟复杂的局部结构和边界条件。
All parts of the basket are modeled by 3d elements, which can easily simulate complicated structures and boundary conditions.
本文模拟电厂实际烟气组成，利用小型鼓泡反应器进行亚氯酸钠溶液烟气同时脱硫脱硝实验。
Experiments on simultaneous removal of SO2 and NOX from simulated flue gas are carried out in bench-scale bubbling reactor in this paper.
鉴于公交车轮毂轴承温度大部分来自于制动鼓的制动热，轮毂轴承温度的模拟采用公交车实用的制动系统并通过模拟公交车的实际工况来实现；
As the temperature of bus wheel bearing mostly comes from the drum brake's braking heat, the simulation of wheel bearing adopted the real brake system on bus and the real working condition of bus;
依据传热学理论和鼓式制动器的结构特点，建立了制动鼓瞬态温度场数值模拟的有限元计算模型。
Finite element model of band brake transient temperature field is built considering heat transmission theory and drum brake structural features.
用三维有限元数值模拟方法分析了太阳辐射强度对不同朝向墙面饰面层空鼓检测效果的影响，与实际检测工程相比较，提出不同朝向采取不同的最佳检测时间的方法。
The idea of inspecting wall with different orientation at the best time is proposed after simulating the effect of the the radiation on the building by means of 3D FEM method.
用三维有限元数值模拟方法分析了太阳辐射强度对不同朝向墙面饰面层空鼓检测效果的影响，与实际检测工程相比较，提出不同朝向采取不同的最佳检测时间的方法。
The idea of inspecting wall with different orientation at the best time is proposed after simulating the effect of the the radiation on the building by means of 3D FEM method.
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