Governing Equations: Force on Damper w/ Damping Constant D

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    Damper Mechanics
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The governing equation for a damper with a damping constant D is defined by the force dissipation formula, which states that the force output is equal to D multiplied by the relative velocity (v) across the damper. When a force f is applied to the damper, the force transferred to the other side can be calculated using this relationship. The discussion highlights that the specific behavior of the damper may vary depending on its type and the context of the problem. Understanding the dynamics of the damper is crucial for accurately predicting force transfer. This foundational knowledge is essential for applications involving dampers in mechanical systems.
abhishek ghos
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i want to know the governing equations regarding force application on a damper with damping constant D.
if you provide some force f to a damper , then how much force does it transfers to the other side.


f(input)------------>----------------------[d]--------------------->force output?
-------->>
v


v=relative velocity over the damper handle
 
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There are several types of dampers. Depends on what the problem is, really.
 
it is a simple damper, with a force dissipation of D*v
where v is the relative velocity across the damper
 
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