多层住宅、多层办公楼等小跨度的层数不高的工程采用刚柔性长短桩复合地基技术是可行的，其经济性能也是可观的。
In multi-layer residential construction and office building, the rigid-flexible long-short pile composite found was feasible, and its economical efficiency was also significant.
复合膜的特征吸光度和膜厚度随着双层数的增加而线性增长，而且也随所使用的沉积浓度的增加而增加。
The characteristic absorbances and film thicknesses of the films increased with the number of bilayers and also with the deposition solution concentrations.
探讨了碳纤维布的粘接长度、层数、宽度比以及粘贴工艺等不同粘接参数对复合构件粘接性能的影响，初步描述了碳纤维布与钢构件的粘接机理。
Based on experimental data, adhesive length, the number of layers and sticking technology, and the effects of the parameters are discussed, and the bond mechanism is described.
同时由于单元的自由度数不随层数的增加而增加，避免了常规三维单元在分析复合材料层板时自由度数随层数的增加而增加的弊端。
In the meantime, the number of freedom degrees doesn't increase with the number of layers in the laminate as it does in the conventional case.
同时由于单元的自由度数不随层数的增加而增加，避免了常规三维单元在分析复合材料层板时自由度数随层数的增加而增加的弊端。
In the meantime, the number of freedom degrees doesn't increase with the number of layers in the laminate as it does in the conventional case.
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