Abstract：This paper proposed a variety of dynamic spatially mobilized shear planes and the corresponding strength criteria, analyzed strength failure spatial plane in different strength criterion stress, discussed the possibility of those strength criterions' variation and the practicality, The results showed that for the power dynamic spatially mobilized plane, its dynamic spatially mobilized plane is more perpendicular to the minor principal stress axes with higher power times, and parallel to the major principal stress and principal stress plane, that the normal stress on the spatially mobilized plane is more closer to the minor principal stress, and that the shear stress is increasing degradation; For the root dynamic spatially mobilized plane, its spatially mobilized plane is decent to a regular octahedron with the higher root times, and the normal stress and shear stress have been more averaged; For the power dynamic spatially mobilized plane strength criterion, the regularity of its strength criterion failure surface is also growing worse with higher power times, and the strength criteria parameters are increasingly sensitive to change, and its failure surface has the better regularity only in specific parameters; For the power dynamic spatially mobilized plane, its failure surface is getting closer to the cone failure surface with increasing homogenization of the contribution of the three principal stresses with higher power times.

Keyword：dynamic spatially mobilized plane;power;strength criterion;strength failure surface;