Tekneek said:
They are in parallel because they have the same velocity. Same case if they were springs, the displacement would be the same.Tekneek said:
Equivalent damping in a parallel circuit refers to the combined damping effect of multiple individual damping components that are connected in parallel. This equivalent damping value is used to calculate the overall damping ratio of the circuit.
The individual damping components in a parallel circuit are denoted by C1, C2, C3, and so on. Each of these components represents a specific type of damping, such as viscous, coulomb, or hysteretic damping.
In a parallel circuit, the individual damping components are connected in parallel, meaning that they share the same voltage but have different current paths. The equivalent damping value is calculated by summing the reciprocals of the individual damping components.
C1, C2, C3, and so on represent the different types of damping in a parallel circuit. By knowing the values of these components, the overall damping ratio of the circuit can be determined, which is important in analyzing and designing systems for optimal performance.
Equivalent damping plays a crucial role in the performance of a system, as it determines the rate at which the system can dissipate energy and return to its equilibrium state. A higher equivalent damping value results in a faster response and better stability for the system.