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1·Debonding was detected for hot water immersions.

热水浸泡后能检验出脱粘。

2·A double trapezoidal specimen will generate shear debonding.

双梯形的试样将产生切变脱胶现象。

3·Debonding is a main form of interfacial crack growth of fiber-reinforced composites.

脱粘是纤维增强复合材料界面裂纹扩展的主要表现形式。

4·The interfacial strength was measured using pyramidal diamond micro-debonding method.

用金刚锥显微脱粘法测得复合材料的界面强度。

5·The interface initial debonding location problem was studied through the push down test.

通过双材料受压试验研究了弱奇异性界面端的界面初始脱粘点的位置问题。

6·Therefore, it is very important to accurately detect the location and size of debonding failure.

因此，如何准确检测出剥离破坏层的位置和大小具有重要的工程意义。

7·The shear bond strength was determined and the porcelain fracture rate after debonding was recorded.

用疲劳实验机检测剪切强度。记录瓷破裂指数。

8·Debonding at CFRP plate and adhesive interface is a common failure mode for NSM CFRP plate to concrete.

板-胶剥离破坏是混凝土表层嵌贴CF R P板条加固方式常见的破坏形式。

9·By numerical simulating computing, mechanical mechanism for interfacial fatigue debonding is analyzed further.

通过数值模拟计算，进一步分析了界面疲劳脱粘的力学机理。

10·The debonding behavior in the interface between FRP sheet and concrete is a key problem for the application of FRP.

frp布与混凝土界面的粘结性能是粘贴frp布加固混凝土结构中的关键问题。