基于轴对称情况下土体的极限平衡理论，将圆形基坑主动土压力的滑移线解推广到非均匀堆载情况。
Based on the limit equilibrium theory for axially symmetric condition, the active earth pressure of circular pit obtained with slip-line method was extended to non-uniform surcharge loading.
通过工程实例，介绍大直径筒仓按圆柱壳体理论计算不同工况的内力，计算方法简便实用，同时对不均匀堆煤的影响作了分析，可供设计参考。
Taking an actual project for example, the calculation of internal forces of a large diameter silo under different working conditions according to cylindrical shell theory is described in detail.
数值结果表明：单群、均匀裸堆近似公式可给出满意的结果。
Numerical results show that th assumptions of one-energy-group and bare homogeneous core can give quite good results.
对于此类不均匀的堆填场地，如何使之地基在变形、强度、稳定性等各方面都能满足建设要求的问题，已是地基处理中一项迫切要解决的课题。
It is one of the problems in soil treatment that how to make these soils to satisfy the project requests such as deformation, intensity and stability, which are need to be solved urgently.
研究不连续因子在输运方法求解堆芯均匀化问题中的应用。
This paper studies the application of discontinuous factors in transport method to solve reactor core homogenization problem.
引起建筑基础不均匀沉降的因素众多，其中大面积堆载便是重要的原因之一。
There are many factors which cause the nonuniform settlement of foundation, in which large-area loading is important.
组件均匀化参数的计算是核供热堆物理设计及堆芯燃料管理计算的基础。
The calculation of homogeneous parameters is the basis of physics calculation in nuclear heating reactors(NHRs).
探讨了在核反应堆热工流体力学中具有普遍意义的不同温度流体达到热混合均匀状态的过程和机理。
The mechanism and process of thermal mixing of fluid with different temperature in a straight pipe were studied, which has general significance in nuclear reactor thermohydraulic process.
干燥后板材的含水率在材堆内分布均匀，在板材厚度方向分布有一定差异，平衡后可以使用；
However, a moisture content gradient occurred along the thickness direction but could be (balanced) after about a week.
实验结果表明：加分散板有利于电池堆气体的分布，使单节电压分布均匀。
The results show that adding disperser board is in favor of the gas distribution of cell stack.
物料混合：将上述物料充分搅拌，混合均匀后堆成高1米、宽1米的料堆，长度根据物料数量而定；
Materials mixing:stir the above materials fully, then stack into material pile with the high of 1m and width of 1m after mixing, while length of which can be determined as per quantity of materials.
物料混合：将上述物料充分搅拌，混合均匀后堆成高1米、宽1米的料堆，长度根据物料数量而定；
Materials mixing:stir the above materials fully, then stack into material pile with the high of 1m and width of 1m after mixing, while length of which can be determined as per quantity of materials.
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