- #1
marellasunny
- 255
- 3
I understand that the purpose of a damper system is to stop the spring from bouncing during rebound. But,technically speaking,I do not understand the matter of energy absorption in the damper during rebound.
1.The damper is absorbing energy during compression along the bump and dissipating energy during rebound along the bump,except that it(damper) is additionally dissipating the energy of the spring also during rebound.Am I right?
In other words,in the graph below depicting the motion of a spring-damper system over a bump in a road,the damper absorption work during rebound is different from during compression. Does my explanation in 1. validate this graph?
2.Also,what about the distance traveled by the damper during rebound? I assume it has to be greater than in compression to dissipate the extra energy of the spring.Am I right?http://imageshack.com/a/img811/3572/3jaf.gif
1.The damper is absorbing energy during compression along the bump and dissipating energy during rebound along the bump,except that it(damper) is additionally dissipating the energy of the spring also during rebound.Am I right?
In other words,in the graph below depicting the motion of a spring-damper system over a bump in a road,the damper absorption work during rebound is different from during compression. Does my explanation in 1. validate this graph?
2.Also,what about the distance traveled by the damper during rebound? I assume it has to be greater than in compression to dissipate the extra energy of the spring.Am I right?http://imageshack.com/a/img811/3572/3jaf.gif
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