1·The penetrameter test data that may be directly transposed to estimate the bearing capacity of the shallow footings.
可直接将渗透试验数据转换为浅层地基承载力的估算方法。
2·Study of theory and practice of the regional water resources bearing capacity.
区域水资源承载力理论与实践研究。
3·Based on the tests, the calculation formula of flexural bearing capacity of the columns is given.
在试验的基础上，给出了角钢混凝土柱正截面承载力计算公式。
4·The reaction produces a calcium carbonate seal, restoring the slab to its normal load-bearing capacity.
这种反应会产生一种碳酸钙的印迹，并将路面的负荷能力恢复至正常。
5·Conventional safety factor method for confirming the bearing capacity of foundation soil has many defects.
传统的安全系数法确定地基承载力存在许多缺陷。
6·Low strain dynamic nondestructive testing is a new technology to test bearing capacity and quality of pile.
低应变动态无损检测法是检测桩基承载力和桩身质量的一项新技术。
7·Composite foundation is generally used to improve the bearing capacity and decrease the foundation settlement.
采用复合地基的目的通常是提高地基承载力和减小地基的沉降量。
8·The said cushion is equipped with high bearing capacity, low compressibility, large Angle of stress dispersion.
石粉垫层具有承载力高、压缩性低、应力扩散角大、自身消散附加应力能力强的特点。
9·Under different Angle lean-state, the initial drawback makes a marked effect on buckling bearing capacity of piston.
活塞在不同倾斜度下，初始缺陷对活塞屈曲承载力的影响较大。
10·The load test is an important means to study composite foundation bearing capacity of cement-soil mixed piles at present.
载荷试验是目前研究水泥土搅拌桩复合地基承载力的重要手段。
1·The penetrameter test data that may be directly transposed to estimate the bearing capacity of the shallow footings.
可直接将渗透试验数据转换为浅层地基承载力的估算方法。
2·Low strain dynamic nondestructive testing is a new technology to test bearing capacity and quality of pile.
低应变动态无损检测法是检测桩基承载力和桩身质量的一项新技术。
3·This paper gives a method of calculating the optimum support rigidity of the reinforced beam and calculating the corresponding greatest bearing capacity.
通过分析得出了被加固梁最佳支承刚度的计算方法，以及与其对应的最大承载力的计算方法。
4·Dig to design elevation if basal bearing capacity can not meet the design demand, quote supervision engineer and design units for change.
挖至设计高程若基底承载力达不到设计要求，报监理工程师和设计单位进行变更。
5·The system increases the bearing capacity of concrete, reducing its deformation and cracking decreases, thus increasing its life.
该系统增加了混凝土的承载力，这样既减少其变形和开裂，也增加了混凝土的使用寿命。