Experimental and Numerical Analyses of Torque Properties of a Separated Double-Chamber Rotary Damper Using Elastomer Particles
A RAKHIO, Y IDO, Y IWAMOTO… - Advanced Experimental …, 2021 - jstage.jst.go.jp
In this paper, the torque properties of a novel separated double-chamber rotary damper
using elastomer particles instead of fluid have been introduced. The rotary elastomer
particle damper was prototyped and experimentally tested. The effect of packing fraction,
size of elastomer particles and rotational speed of the shaft on the damper torque of the
rotary damper was investigated. It was noticed that increase in the damper torque of the
rotary damper was observed with an increase in the packing fraction and size of elastomer …
using elastomer particles instead of fluid have been introduced. The rotary elastomer
particle damper was prototyped and experimentally tested. The effect of packing fraction,
size of elastomer particles and rotational speed of the shaft on the damper torque of the
rotary damper was investigated. It was noticed that increase in the damper torque of the
rotary damper was observed with an increase in the packing fraction and size of elastomer …
Experimental and Numerical Analyses of Torque Properties of a Separated Double-Chamber Rotary Damper Using Elastomer Particles
R Allah, IDO Yasushi, I Yuhiro, T Atsushi - Advanced Experimental …, 2021 - cir.nii.ac.jp
抄録< p> In this paper, the torque properties of a novel separated double-chamber rotary
damper using elastomer particles instead of fluid have been introduced. The rotary
elastomer particle damper was prototyped and experimentally tested. The effect of packing
fraction, size of elastomer particles and rotational speed of the shaft on the damper torque of
the rotary damper was investigated. It was noticed that increase in the damper torque of the
rotary damper was observed with an increase in the packing fraction and size of elastomer …
damper using elastomer particles instead of fluid have been introduced. The rotary
elastomer particle damper was prototyped and experimentally tested. The effect of packing
fraction, size of elastomer particles and rotational speed of the shaft on the damper torque of
the rotary damper was investigated. It was noticed that increase in the damper torque of the
rotary damper was observed with an increase in the packing fraction and size of elastomer …
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