Design, analysis and experimental validation of high static and low dynamic stiffness mounts based on target force curves
Y Sun, J Zhou, D Thompson, T Yuan, D Gong… - International Journal of …, 2020 - Elsevier
In order to improve vibration isolation, soft components can be used in engineering
applications, but this can lead to excessive static deflection. An ideal vibration isolator
should have a high static stiffness to ensure that it has sufficient load carrying capacity; at the
same time, it should have a low dynamic stiffness to maximize the vibration isolation
frequency range. Recently, high static and low dynamic stiffness (HSLDS) mounts have
been increasingly shown to have significant benefits for various engineering applications …
applications, but this can lead to excessive static deflection. An ideal vibration isolator
should have a high static stiffness to ensure that it has sufficient load carrying capacity; at the
same time, it should have a low dynamic stiffness to maximize the vibration isolation
frequency range. Recently, high static and low dynamic stiffness (HSLDS) mounts have
been increasingly shown to have significant benefits for various engineering applications …
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