It bases on the classical plastic theory, and the components of wetting deformation under complicated stress state may be determined clearly.
该模型依据经典塑性理论，能够明确指定复杂应力状态下湿化变形的各分量。
Hence, as for as the result of its deformation is concerned, collapse loess upon wetting at a state of certain stress is equivalent to that with applied extra load.
因此，单就其变形的后果而言，湿陷性黄土在一定应力状态下的浸水增湿与对黄土施加附加力荷载有等效作用。
Keeping flexibility and softness in dry state without becoming dry and hard; no wetting process is needed.
在干燥状态下能保持弹性及柔软度，且不干硬，无需加水保湿。
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