Aerospace vibration testing is a critical step in the industry, where equipment and systems must be able to operate under extreme conditions, including high speed flight, climate change and vibration environments.

Aircraft ground vibration test (GVT) is a key step in aircraft development, its purpose is to obtain the experimental data of the overall structure of the aircraft in order to verify and optimize its structural dynamics model.

Battery vibration test is an important type of test used to assess the reliability and stability of batteries under the vibration environment they are subjected to during transportation.

For transportation industry, it is better to use random vibration excitation with higher kurtosis value in vibration test than Gaussian test excitation commonly used at present.

Vibration testing of electronic components is particularly important in applications where electronic devices or systems are exposed to vibration, such as automotive, aerospace, industrial and consumer electronics.

For automotive vibration test, outdoor road testing is ideal because it most realistically simulates actual driving conditions. However, outdoor road testing is not always feasible, with some limitations such as weather conditions

Small components can cause the most serious failures, so the potential risks of any component should not be overlooked during product development. Taking fasteners as an example, when ready-made fasteners are used under dynamic load conditions,

CubeSat is a small, low-cost satellite, usually designed in the shape of a cube, with a side length of 10 centimeters and a volume of about 1 liter. Typically built and launched by universities, research institutes, and small businesses,