简要分析大型储煤场的受力特性及各种工况组合下的内力、变形计算。
Additionally, mechanics characteristics of the large coal storage are analyzed, and its internal forces and deformations under various engineering conditions are calculated.
运用该方法开发了“矿山储煤场三维动态管理信息系统”，说明了其可行性与实用性。
The three-dimensional dynamic information management system of the coal storage in the coalmine developed with this method indicates that the method is feasible and practical.
本文通过采用在储煤场周围设置防风抑尘墙，降低储煤场内风速，从而实现有效控制储煤场无组织扬尘污染。
The pollution source of amorphous dust resulted from open-air coal stocking yard is specialized with large area, which is difficult to control.
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