Yea I stopped caring about that class so it’s whateveronatirec said:
Vibration transmissibility ratio is a measure of the amplification or attenuation of a vibration signal as it passes through a system. It is calculated as the ratio of the output vibration amplitude to the input vibration amplitude.
Damping is a measure of the energy dissipation in a system. When damping is equal to zero, the transmissibility ratio sign changes from positive to negative, indicating that the system has reached resonance. This means that the output vibration amplitude is greater than the input vibration amplitude, leading to potential damage to the system.
When damping is equal to zero, the system is no longer able to dissipate energy, leading to a build-up of energy and ultimately reaching resonance. At resonance, the system amplifies the input vibration, resulting in a negative transmissibility ratio.
The transmissibility ratio sign change when damping is equal to zero is significant because it indicates that the system has reached resonance, which can potentially cause damage to the system. It also serves as a warning sign for engineers to adjust the damping in the system to avoid resonance and potential damage.
The transmissibility ratio is an important tool in engineering applications as it helps engineers to design and analyze systems to avoid resonance and potential damage. By understanding the transmissibility ratio, engineers can adjust damping and other parameters to optimize the performance and safety of the system.
