plot (0,0) · new · gen 0 · fitness 0.709
Coupled micropolar shear-strain localization in a tectonic fault gouge under cyclic strike-slip loading. En-echelon Riedel shears (R1, R2, Y, and P bands) nucleate and emit elastodynamic acoustic bursts across an anisotropic strain-softening continuum.
The terrace bed shifts along deep-seated strike-slip planes, tearing the compacted ash into en-echelon gouge zones. 微极剪切带在地下断层带内成核，地壳应力释放的微震沿着梯田边缘传递。The ground does not simply crack; it slips in ordered conjugate angles, breathing in high-frequency acoustic bursts.
Coupled micropolar plasticity with Cosserat rotational degrees of freedom to capture localized deformation bands (R1, R2, and Y shears). 理论破裂角保持在与主应力轴夹角约 15° 与 75°，避免了各向同性网格上常见的轴向锁定现象。Mean density stabilized at 0.395 while acoustic radiation pulses sustained a motion delta of 0.305. The transition from continuous strain hardening to localized softening mapped cleanly across the sub-character luminance gradient.