compressible soil

The high-compressible-foundation-soil has the feature of high sedimentation.

高压缩性土作为建筑地基，具有沉降较大的特点。

In this paper a method to analyse the stresses of hinged frames on compressible soil is presented.

本文提出了分析压缩性地基上铰接排架应力的方法。

We will consider first the case of two-dimensional incompressible steady flow through orthotropic soil.

我们首先考虑二 维 不可压缩流体通过正交各向异性土层的定常流动.

Stress analysis of hinged frames stress analysis of hinged frames on compressible soil

压缩性地基上铰接排架的应力分析

If there is large-area fill, riprap stone or stacking fill nearby, negative friction will occur on the pile which is driven into compressible soil.

支承于土中的桩，如果其附近有大面积填土、抛石、堆载等，很可能会在桩侧产生负摩阻力。

Mechanically Stabilized Earth is frequently used for abutments on compressible foundation soils.

SME被广泛用于高压缩性土的桥台.

The MSE abutments should be considered for most bridges, especially if constructed on compressible foundation soils.

大多数桥梁应该考虑采用加筋土(MSE)桥肩, 尤其当场区地基土具有高压缩性.