摘要 : 1. The mode II fatigue strength in laboratory air for photobond 4455 glass /polycarbonate adhesive joints is independent of test frequency and load ratio. 2. The mode II fatigue strength in laboratory air for photobond 4455 glass ... 展开 1. The mode II fatigue strength in laboratory air for photobond 4455 glass /polycarbonate adhesive joints is independent of test frequency and load ratio. 2. The mode II fatigue strength in laboratory air for photobond 4455 glass /polycarbonate adhesive joints is dependent on the stress range. 3. The fatigue life of for photobond 4455 glass/polycarbonate adhesive joints is determined primarily by the defects present after curing of the adhesive. 4. The defects are dependent on the method of application of the adhesive. 5. Applying the adhesive evenly on one surface, placing the other substrate in position and curing the adhesive results in the best fatigue life results. 6. Increase of the area of adhesive area causes the decrease of fatigue life because the defects become larger. 7. Larger adhesive areas require more closely matched surfaces of thicker adhesive layers to achieve adequate fatigue life. 收起