单纤维段裂试验作为复合材料界面剪切强度的一种测试方法被沿用至今。
The single fiber fragmentation test has been used to determine the interfacial shear strength of composite materials.
单纤维段裂试验作为复合材料界面剪切强度的一种测试方法被沿用至今。
The interfacial shear strength (IFSS) between fibers and resin was measured by the microbond test.
应用细观力学的模型，根据纤维断裂段的长度，可确是纤维和基体之间的界面剪切强度。
Using a micromechanical model, it is possible to determine from the fragmentation lengths a measure of the interracial shear strength between the fiber and the matrix.
当溶液中甲基磺酸的质量分数、处理时间和处理温度进一步提高时，PBO纤维的皮层将遭受破坏，导致界面剪切强度下降。
With further increase of MSA content, treating time and treating temperature, PBO fiber sheath was destroyed, which led to the decrease of IFSS.
通过PV C -MBS片材的热粘合样品的剪切强度试验，也可观察它们界面的相容程度。
The interfacial compatibility can also be observed through the shear strength test of the PVC-MBS heat adhesive sheet.
骨—HA界面的最大剪切强度。
提出了一种利用拉伸法和剪切法测定内生复合板钢板弱界面拉伸强度及剪切强度的测试方法。
A new method was given to test the cohesion strength of weak interface of DISC by tensile tests and shearing tests.
湍流强度、速度方差和速度偏度在林冠与大气交界面处达到最大，同时剪切也达到最强；
The turbulent strength, velocity flux, and skew were the largest at forest-atmosphere interface, as well the wind shear.
结果表明：随着多孔二氧化硅孔面积的增加，层合玻璃中无机玻璃/聚氨酯界面的剪切强度先迅速增大后缓慢降低；
The results indicate that with the increasing of pore area, the shear strength between inorganic glass and polyurethane in laminated glass first increases rapidly, and then decreases slowly.
将基体的剪切强度处理为界面滑动应力，可以预测该复合材料的纵向强度。
The longitudinal strength of the composite can be predicted by using the rule of mixtures when the shear strength of the matrix is selected as the interfacial sliding stresses.
将基体的剪切强度处理为界面滑动应力，可以预测该复合材料的纵向强度。
The longitudinal strength of the composite can be predicted by using the rule of mixtures when the shear strength of the matrix is selected as the interfacial sliding stresses.
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