Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
PRELIMINARIES STUDIES OF VIBRATION ISOLATION USING ELECTROMAGNETIC DAMPER
View through CrossRef
This paper presents the review of electromagnetic damper as a vibration/isolation material. A bunch of articles about vibration and suspension system was reviewed and the key factors that contribute to electromagnetic damper was identified. Electromagnetic damper has been given special attention from many researchers and thus being among the important research area in vibration system. Vibration concept of electromagnetic damper has been elucidatingby referring to several paper that demonstrate the usage of electromagnetic damper. A vibration test rig with a simple electromagnetic damper has been designed and tested toinvestigate the effect of electromagnetic force. Preliminaries simulation of electromagnetic damper was done using FEMM and initial experimental result from the vibration test rig also has been captured. The result indicated that the concept of electromagnetic damper does give effect to the vibration system such that the amplitude and settling time of the vibration system being reduced.
National Defence University of Malaysia
Title: PRELIMINARIES STUDIES OF VIBRATION ISOLATION USING ELECTROMAGNETIC DAMPER
Description:
This paper presents the review of electromagnetic damper as a vibration/isolation material.
A bunch of articles about vibration and suspension system was reviewed and the key factors that contribute to electromagnetic damper was identified.
Electromagnetic damper has been given special attention from many researchers and thus being among the important research area in vibration system.
Vibration concept of electromagnetic damper has been elucidatingby referring to several paper that demonstrate the usage of electromagnetic damper.
A vibration test rig with a simple electromagnetic damper has been designed and tested toinvestigate the effect of electromagnetic force.
Preliminaries simulation of electromagnetic damper was done using FEMM and initial experimental result from the vibration test rig also has been captured.
The result indicated that the concept of electromagnetic damper does give effect to the vibration system such that the amplitude and settling time of the vibration system being reduced.
Related Results
Development of Empirical Model for Electromagnetic Damping Coefficient Damper
Development of Empirical Model for Electromagnetic Damping Coefficient Damper
The significance of the electromagnetic damper in vibration systems has attracted considerable interest from researchers, making it a prominent area of research. Various papers hav...
Pre-Optimization of Asymmetrical Underplatform Dampers
Pre-Optimization of Asymmetrical Underplatform Dampers
The numerical coupled optimization of an underplatform damper is the exploration of its dynamics through a finite element model which includes both the damper and the blades. This ...
Optimal Design Methodology of Maxwell Coulomb Friction Damper
Optimal Design Methodology of Maxwell Coulomb Friction Damper
An optimal design methodology of Maxwell Coulomb friction damper is proposed for minimization of resonant vibration of dynamic structures. The simple Coulomb friction damper has th...
Effective Test Procedures for Evaluating Force Characteristics of Magneto-Rheological Dampers
Effective Test Procedures for Evaluating Force Characteristics of Magneto-Rheological Dampers
This paper will provide a new test procedure for determining the force characteristics of magneto rheological (MR) dampers that are commonly used for vehicle suspensions. Force cha...
Blades condition monitoring using shaft torsional vibration signals
Blades condition monitoring using shaft torsional vibration signals
PurposeThe purpose of this paper is to validate mathematically the feasibility of extracting the rotating blades vibration condition from the shaft torsional vibration measurement....
Study on Hydraulic Dampers Using a Foldable Inverted Spiral Origami Structure
Study on Hydraulic Dampers Using a Foldable Inverted Spiral Origami Structure
Hydraulic dampers for the vibration damping of industrial machinery and building structures are typically cylindrical. This study proposes a novel, axially free-folding hydraulic d...
The imaging stability enhancement of optical payload using multiple vibration isolation platforms
The imaging stability enhancement of optical payload using multiple vibration isolation platforms
To reduce high frequency vibration propagated into the optical payload on spacecraft, multiple vibration isolation platforms are employed. This means that the vibration isolation p...
MAGNETO-RHEOLOGICAL (MR) DAMPER – PARAMETRIC MODELLING AND EXPERIMENTAL VALIDATION FOR LORD RD 8040-1
MAGNETO-RHEOLOGICAL (MR) DAMPER – PARAMETRIC MODELLING AND EXPERIMENTAL VALIDATION FOR LORD RD 8040-1
Magneto-rheological (MR) fluid technology has significantly developed during the past decades. The application of MR fluids has proliferated in various engineering fields with the ...