Under lower cyclic stresses, the fatigue cycles to failure in vacuum is increased 2 or 3 times.
在低循环应力时,真空环境中的疲劳断裂次数可比室温大气环境中的多2至3倍。
Under lower cyclic stresses, the fatigue cycles to failure in vacuum is increased approximately 4 times than in air.
在低循环应力时,真空环境中的疲劳断裂次数可比室温大气环境中的高近4倍。
And the range of cyclic loads that single bucket foundation can be subjected has been determined under certain static loads for 1000 number of cycles to failure.
并且,以1000次循环振次为例,给出一定静荷载作用下,软土地基上单桶基础可以承受的最大循环荷载的范围。
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