An Investigation of the Vibration Isolator Equipped with Dual Dynamic Dampers as a Damping Element : 1st Report, Optimum Adjustment Condition for Dual Dynamic Dampers
スポンサーリンク
概要
- 論文の詳細を見る
In order to improve the isolation performance of conventional vibration isolators, this paper proposes an application of dual dynamic dampers in place of viscous damping elements in the vibration isolator. The dual dynamic dampers equivalent in total size to a single one can be applied in a limited space. To reduce effectively the transmissibility at resonance peak, the optimum adjustment condition of the dual dynamic dampers is investigated theoretically and the design data of them are presented in graphical form. Subsequently, the effect of the dual dynamic dampers to control the resonance peak is shown to be greater than that of a single dynamic damper. The effectiveness of the vibration isolator equipped with the dual dynamic dampers indicated by the theoretical analysis is demonstrated experimentally by using a compact variable-stiffness type dynamic damper with magnetic damping.
- 一般社団法人日本機械学会の論文
著者
-
Seto Kazuto
Dept. Of Mechanical Engineering College Of Science And Technology Nihon University
-
Seto Kazuto
Dept.of Mechanical Engineering National Defense Academy
-
IWANAMI Kouichi
Tokyo Metropolitan Technical College
関連論文
- Modeling and Control of Flexible Multibody Systems : Application to Elastic Vehicles ( Multibody Dynamics)
- W-1-3-3 Motion and Vibration Analysis and Control of Elastic Vehicles using the Extended Reduced Order Physical Model
- MULTI-MODE CONTROL FOR AN ACTIVE ISOLATION SYSTEM WITH AN ELASTIC TABLE
- Active Vibration Control of Structures Arranged in Parallel
- An Investigation of the Vibration Isolator Equipped with Dual Dynamic Dampers as a Damping Element : 1st Report, Optimum Adjustment Condition for Dual Dynamic Dampers
- Vibration Control of a Plate Structure by an Active Control Device for Reducing Noise
- Studies of the Vibration Control Method of Parallel Structures (The Method by the Theory of P, T, Q) : Series C : Vibration, Control Engineering, Engineering for Industry
- An Optimum Design Method for the Dual Dynamic Damper and its Effectiveness
- Active Vibration Control of Triple Flexible Structures Arranged in Parallel