MR 유체와 댐퍼 형상 및 물성을 고려한 MR 댐퍼 감쇠력 예측 프로그램

Yongjin Kim; Junyoung Jung; Jongdeok Park; Kyongho Kang; Chibum Lee

doi:10.7467/KSAE.2023.31.12.995

MR 유체와 댐퍼 형상 및 물성을 고려한 MR 댐퍼 감쇠력 예측 프로그램

Translated title of the contribution: Damping Force Prediction Program for MR Dampers Considering MR Fluid Property, Damper Design and Properties

Yongjin Kim, Junyoung Jung, Jongdeok Park, Kyongho Kang, Chibum Lee

Dept. of Mechanical System and Design Engineering

Research output: Contribution to journal › Article › peer-review

3 Scopus citations

Abstract

Magneto-Rheological(MR) fluid-based dampers provide different damping forces, depending on the magnetic field generated by an electromagnet. This study aims to develop a damping force prediction program for MR dampers by modelling the properties of MR fluids and the magnetic properties of MR damper designs. Through the characterization and analysis of MR fluid properties, this study aims to establish a framework to understand the behavior of MR dampers and their impact on vehicle dynamics. Then, the developed program can be used to predict the damping force at the design stage, enabling efficient design and optimization of MR dampers in automotive applications.

Translated title of the contribution	Damping Force Prediction Program for MR Dampers Considering MR Fluid Property, Damper Design and Properties
Original language	Korean
Pages (from-to)	995-1002
Number of pages	8
Journal	Transactions of the Korean Society of Automotive Engineers
Volume	31
Issue number	12
DOIs	https://doi.org/10.7467/KSAE.2023.31.12.995
State	Published - Dec 2023

Keywords

Bi-plasticBinghammodel
MR damper
MR fluid
Magnetic flux density
Yield point

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10.7467/KSAE.2023.31.12.995

Cite this

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title = "MR 유체와 댐퍼 형상 및 물성을 고려한 MR 댐퍼 감쇠력 예측 프로그램",

abstract = "Magneto-Rheological(MR) fluid-based dampers provide different damping forces, depending on the magnetic field generated by an electromagnet. This study aims to develop a damping force prediction program for MR dampers by modelling the properties of MR fluids and the magnetic properties of MR damper designs. Through the characterization and analysis of MR fluid properties, this study aims to establish a framework to understand the behavior of MR dampers and their impact on vehicle dynamics. Then, the developed program can be used to predict the damping force at the design stage, enabling efficient design and optimization of MR dampers in automotive applications.",

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author = "Yongjin Kim and Junyoung Jung and Jongdeok Park and Kyongho Kang and Chibum Lee",

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AU - Park, Jongdeok

AU - Kang, Kyongho

AU - Lee, Chibum

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AB - Magneto-Rheological(MR) fluid-based dampers provide different damping forces, depending on the magnetic field generated by an electromagnet. This study aims to develop a damping force prediction program for MR dampers by modelling the properties of MR fluids and the magnetic properties of MR damper designs. Through the characterization and analysis of MR fluid properties, this study aims to establish a framework to understand the behavior of MR dampers and their impact on vehicle dynamics. Then, the developed program can be used to predict the damping force at the design stage, enabling efficient design and optimization of MR dampers in automotive applications.

KW - Bi-plasticBinghammodel

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KW - Magnetic flux density

KW - Yield point

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MR 유체와 댐퍼 형상 및 물성을 고려한 MR 댐퍼 감쇠력 예측 프로그램

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Keywords

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