Abstract
Vibration test is carried out to confirm safety of packages in advance. However, in spite of carrying out vibration test, it often happens that products are damaged. Therefore, it is required to improve test accuracy. We have ever proposed the method of generating non-Gaussian random vibration for the purpose of improving test accuracy, but the effectiveness of the method is not sufficiently verified. In this paper, we verify the effectiveness of the proposed method through comparison with fatigues caused by the real transportation, the proposed vibration test, and the traditional vibration test. The result shows that non-Gaussian random vibration test is more accurate than the traditional vibration test.
