DAMPING CO EFFICIENT OF TORSIONAL VIBRATION Experimental IN हिंदी
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- Опубликовано: 18 сен 2024
- This video totally experimental torsional vibration damping co efficient all process and calculation ,
A damping coefficient is a material property that indicates whether a material will “bounce back” or return energy to a system.If the bounce is caused by an unwanted vibration or shock, a high damping coefficient will attenuate the response, meaning it will “swallow the energy” and reduce the reaction of the system.
Viscous damping is caused by such energy losses as occur in liquid lubrication between moving parts or in a fluid forced through a small opening by a piston, as in automobile shock absorbs. The motion of a vibrating body is also checked by its friction with the gas or liquid through which it moves.
process are decrements,
Boht Aala, Shukriya
I'm interested in knowing more about the construction of this test bench. Is there an article or academic paper about it ? Thanks.
nice video sir
Thanks
supper video
Thanks
South band leath ka kia motlob he
Damping factor formula is I wrong I think so and the theoretical time tooo
Critical camping factor =2 W/g√Kt/I
Sketch pen jis device pe laga hai wo apne aap niche aata hai ya usko force lagakar niche karna padta hai? Please reply
Hydraulic device automatically down . Saport the pen only
@@classroomdada1868 sir calculation wala part explain kar dijiye.. "W" kiska liya hai? "r" kya hai.. T actual aur T theoretical me itna difference kyun hai?
@@ashishgoel8059 W fly wheel weight. t ocilation time. T actual time. t/n. . T theoretical. Formula se
Sir, ek static and dynamic balancing ka practical video upload kijiye with proper explanation
@@ashishgoel8059 practical long time ki he but force diagram static balance. 4 to 5 page calculation me video banaya. Basic balance . Static and dynamic uplod goga all DVM lab
هسة اني شفتهم
خرب دينك
Neither explained apparatus properly neither calculation, emphasized only graph,u should done homework properly before uploading
Thanks for comment sir