Thanks. We have a great product. Best company I have ever worked for. Been there 4 years. I do in-house and field service in the Battle Creek Michigan facility. As well as maintenance and machine repair.
Its not a viscous damper, it is a Geislinger spring type damper. Or to be more precise, a hydraulically damped spring detuner. But we build viscous type dampers, too.
there is so much theory behind vibration damper. but by the time its explained ppl may be confused. so its a nice try .i would prefer a pleasent music though but you wanted to match your harmonics of music with the equipment.. nice
Outer mass (inertia) is coupled to inner by radial placed steel springs. Gives the detuner effect. In addition, the torsional twist between outer and inner inertia is damped by squezzing oil from on chamber to the other, giving hydraulic loses (= damping), lowering torsional resonance amplitudes further.
That is the tip of a spring pack, displacing the oil under impact of the torsional impulse. Its hard to animate the physics in such a way, that the general audience gets the point. But Horst did a marvelous job here!
That is the technical drawing of a Geislinger spring damper. Horst made the effort to animate the damper, but be assured, on our drawings, they are not moving.😅
This video about a mechanical component changed into an educative art piece real quick
Seriously I don't understand the physics process in this video. Please help me.
Good one, helps to easily visualize torsional vibration of components mounted on a rotating component.
Thanks. We have a great product. Best company I have ever worked for. Been there 4 years. I do in-house and field service in the Battle Creek Michigan facility. As well as maintenance and machine repair.
This is one of the most beautiful videos on CZcams
Brilliant... Without any speech to explain...
When the the teacher is a prominent musician.
One of the best ways to understand torsional vibrations and how they are damped...
engineering is art
Nice
thanks excellent animation
It is perrrrrffffeeecccttttttttttttttttttttt
At 3:31 its great feeling of the torsional vibration
Brilliant presentation
Finally i understood it 👍
thanks for giving me epilepsy
Torsional vibration is hard to understand but this one is good for them. good~!
nice representation of torsional vibration and its damping
It is really amazing and a soothing for the nerves.
The music says everything.
en wahnsinnige ufwand😅😂
really amazing nice representation of viscus damper.
This is not a viscous damper. Spring damper made by Geislinger.
excellent video about rubber dampers in engine
This is neither a rubber nor a viscous damper. It is a spring damper.
Excellent explanation of viscus damper
Its not a viscous damper, it is a Geislinger spring type damper. Or to be more precise, a hydraulically damped spring detuner. But we build viscous type dampers, too.
Wow, I really appreciated seeing the viscous damper in action! Do you have any videos for dual dampening?
1. It is a spring damper, not a viscous type. 2. What do you mean by "dual dampening"?
To good but you should may to video should in process wise in slow animation
Thanks so much...
Ohh what a pity, y..... U
there is so much theory behind vibration damper. but by the time its explained ppl
may be confused. so its a nice try .i would prefer a pleasent music though but you wanted to match your harmonics of music with the equipment.. nice
Please avoid the quick part rotation
Seriously I don't understand the physics process in this video. Please help me.
Outer mass (inertia) is coupled to inner by radial placed steel springs. Gives the detuner effect. In addition, the torsional twist between outer and inner inertia is damped by squezzing oil from on chamber to the other, giving hydraulic loses (= damping), lowering torsional resonance amplitudes further.
4:20 what is that can any body tell..???
That is the tip of a spring pack, displacing the oil under impact of the torsional impulse. Its hard to animate the physics in such a way, that the general audience gets the point. But Horst did a marvelous job here!
2:51 what is that..??
That is the technical drawing of a Geislinger spring damper. Horst made the effort to animate the damper, but be assured, on our drawings, they are not moving.😅
Dont waste time. Absolutely messy