液压与气动2024，Vol.48Issue(6)：15-23,9.DOI:10.11832/j.issn.1000-4858.2024.06.003
磁流变纤维骨架阻尼增强型阻尼器研究
Research on Magnetorheological Fiber Skeleton Damping Enhanced Damper
摘要
Abstract
To enhance the shear properties of magnetorheological grease and improve damping force output of damping devices,the effect of cotton fibers on the shear enhancement of magnetorheological grease is investigated.Magnetorheological grease with different fiber cotton mass fractions is prepared and tested on a rheometer.The experimental results show that the maximum shear stress of composite fiber magnetorheological grease increases with increasing fiber mass fraction.A shear magnetorheological damper is designed and manufactured based on composite material,the damper has the advantages of low amounts of magnetorheological materials and low sealing requirements.The damping characteristics of the magnetorheological damper experiment showed that under a current of 1.6 A,the maximum damping force of the magnetorheological grease with a cotton fiber mass fraction of 1.5％can reach 99.5 N,which is 23.8％higher than that of the magnetorheological grease without cotton fiber addition.This indicates that the damper using composite fiber magnetorheological grease has better damping force output.关键词
磁流变阻尼器/复合纤维磁流变脂/棉纤维/剪切增强/阻尼特性Key words
magnetorheological damper/composite fiber magnetorheological grease/cotton fiber/shear enhancement/damping characteristics分类
机械制造引用本文复制引用
于涛,王英健,王猛,石岩,高培鑫,席军..磁流变纤维骨架阻尼增强型阻尼器研究[J].液压与气动,2024,48(6):15-23,9.基金项目
国家自然科学基金(52275135) （52275135）
