The Brazilian disc simulation showe

The Brazilian disc simulation showed reasonable fracture trajectories,
while the tensile strength was slightly larger than the
range of experimental values. The uniaxial tests showed a realistic
fracturing process with fractures coalescing into noticeable fracture
planes. The effect of increasing confining pressure was captured in
both the brittleeductile transition of the stressestrain response
and fracture patterns. Similar to the 2D simulations (Lisjak et al.,
2014b), the failure envelope of the 3D simulations tended to be in
the lower range of the experimental values as the confining pressure
increased. However, unlike the 2D simulations, the 3D results

結果 (中文) 1:

巴西圆盘仿真结果表明： 合理的裂缝轨迹但拉伸强度略大于实验值的范围。单轴试验表明现实压裂过程凝聚成明显骨折的骨折飞机。在被俘，提高围压的影响stressestrain 响应 brittleeductile 转型和骨折的模式。类似于 2D 模拟 （Lisjak et al.，2014b），3D 模拟失效包络往往都是随围压的实验值更低的范围增加。然而，与不同的二维模拟，3D 结果

結果 (中文) 3:

巴西盘模拟表明合理的断裂轨迹，
而拉伸强度略大于实验值的
范围。单轴试验表明一个现实的
压裂过程中裂缝凝聚成明显的骨折
飞机。增加围压的影响是
的brittleeductile过渡的stressestrain响应
捕获和断裂模式。类似于二维模拟（莉丝洁可等人。，
2014B），三维模拟的破坏包络线趋于
的实验值较低的范围内，随着围压的增加
。然而，不同于二维模拟，3D效果