首先在搬运较重的家具进入新家时，由于单位面积的压力比较大，如果新家铺的木质的底板，就会很容易使得木质的垫板出现损坏的问题。
First has to carry the heavy furniture into a new home, as a result of the stress per unit area is larger, if a new shop of wooden floor, it will be very easy to make wooden plate damage problems.
最后，还对窄缝挑坎底板及侧墙上压力分布的计算进行了探讨。
Finally, the dynamic pressure distributions on the bottom and the side walls of slit-type buckets are discussed.
最后，还对窄缝挑坎底板及侧墙上压力分布的计算进行了探讨。
Finally, the dynamic pressure distributions on the bottom and the side walls of...
最后，还对窄缝挑坎底板及侧墙上压力分布的计算进行了探讨。
Finally, the dynamic pressure distributions on the bottom and the side walls of slit-type buckets are...
消能塘底板在射流冲击下，底板块在冲击区受到较大的冲击压力。
The stilling basin base plate supports large impact pressure in the impacted area.
巷道围岩在侧向压力作用下首先在巷道拱顶左侧及底板右侧产生拉破坏。
Firstly, tensile cracks took place in the left side of the laneway arch, as well as in the right side of the laneway bottom.
同级扬压力作用下，带键槽底板块的应力大于直缝底板块的应力；
The stress in floor plate with keyway are more than it with straight seam under the same level of uplift pressure.
在护岸荷载作用下底板下土压力呈现两端大中间小的抛物线分布规律。
Earth pressure distribution at the bottom floor of revetment shows large at two poles and little in the middle under revetment load, just like a parabolic distribution.
运用数值模拟分析方法，研究煤柱支承压力在底板的分布规律。
With numerical simulation method, the distribution law of coal pillar support pressure in the floor was studied.
在分析回采工作面支架底座作用在底板岩层上压力分布特征的基础上，选择正方体试件用钢质小圆柱加压实验的方法测定高水速凝材料容许比压。
Based on the analysis of distribution of pressure applied by hydraulic support base on seam floor, a method to test the allowable specific pressure of high water content material was suggested.
这种长久抗压性不但能抵受混凝土底板重量及其荷重，并可抵受在施工期间不可避免的外来压力及冲击力。
This kind of character not only can endure the concrete bottom board weight, but also may endure inevitable external pressure and impulse during the construction period.
底板块位移随扬压力的增大而增大；
With the increasing of the uplift force, the displacement of floor plate increase.
现场实践表明，采用底板支承压力区进行深部松动爆破能有效控制回采巷道底鼓，满足生产需要。
Field practice shows that the method of making loose blasting deeply in the area of the mining abutment pressure can control the entry floor heave effectively and meet the need of the production.
西霞院泄洪闸消力池底部岩层具有较强的透水性，因此需在消力池底板下铺设排水管以降低扬压力。
There has strong water permeability at the basal bed of stilling basin for flood gate of Xixiayuan hydropower project.
西霞院泄洪闸消力池底部岩层具有较强的透水性，因此需在消力池底板下铺设排水管以降低扬压力。
There has strong water permeability at the basal bed of stilling basin for flood gate of Xixiayuan hydropower project.
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