一般而言,在相同加载条件下预存微破裂密度越高,或对同一岩石加载速度越慢,对应的断层成核过程就越长,因此最终破坏的可预报性也越高。
In general, a higher pre existing microcrack density or a lower loading stress rate results in a longer nucleation stage, and therefore, increases the predictability of catastrophic failure event.
结果认为通过该装置可以在同一转向角速度的条件下减小转向半径,降低消耗的总功率。
It is(believed) that the new controlling device presented in this paper can increase steering radius under the same(steering) yawing rate and reduce the total dissipative power.
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