- hot swappable stacking
- hot-swappable
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抽拔的英文
例句与用法
- In the first part of the research , fem simulations are carried out in the study of the failure process of a single fiber composite in the pull out tests
论文的第一部分是对单纤维增强复合材料的抽拔破坏过程所进行的有限元法的模拟和讨论。 - The tendency of the simulated curves of pull out forces vs . displacements agrees well with experimental results , indicating the use and power of the present approach
模拟出的抽拔力随位移的变化曲线，能明确显示出界面脱粘的开始、结束，以及完全脱粘后克服摩擦力的滑移过程，验证了其应用的合理性。 - Finally , an energy approach is combined with the fem in the simulation of the crack propagation along the fiber / matrix interface in a pull out process . the simulated results are in nice conformity with experimental results . the second part of the research deals with the characterization of the failure process in the fragmentation tests , which is one of the most frequently used test methods in studying thermal mechanical properties of fiber / matrix interfaces
在这一部分工作的最后，采用能量法与有限元法结合起来，模拟纤维抽拔试验中裂纹的扩展:针对以往研究工作中的不足之处，在模拟中使用能量释放率，在表征界面破坏时，所使用的应力强度因子考虑了纤维和基体两种材料的不同属性，并考虑裂纹尖端的单元奇异性，来研究裂纹长度和温度对裂纹扩展的影响。 - Research work described in this dissertation consists of four parts : application of finite element methods ( fem ) in the study of pull out tests of single fiber reinforced composites ( sfrc ) , fem study of fragmentation tests for single fiber reinforced composites , monte carlo simulation of fragmentation tests for single fiber reinforced composites , and a simulation of impact failure behaviors of fiber composites with a mesh free method - the sph method
全文论述从四个方面展开的工作：单纤维复合材料抽拔试验的有限元数值模拟，单纤维复合材料逐节断裂试验的有限元数值模拟，蒙特卡罗方法模拟单纤维复合材料受拉破坏过程，无网格sph算法在复合材料受冲击破坏过程中的v _ ( 50 )数值模拟。 - The results of numerical simulations and analytical solution show good accordance , except in the region near the fiber ends , where the shear - lag approach causes considerable discrepancy . next , to overcome the unrealistic assumption of perfect bonding , augmented - lagrange contact algorithm , element " birth - death " and fem are combined in the study of the partial debonding between fiber and matrix under pull out forces
然而完全粘结的假设过于理想，与实际应用相差较大，因此，本论文将有限元法，接触算法和单元生死法结合起来，研究较大抽拔力作用下，纤维与基体之间发生的逐步脱粘的过程，所得到的抽拔力的变化结果，与试验数据比较，较为一致。