Publication: The fabrication and testing of Magnetorheological Elastomer
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Date
2020-09
Authors
Muhamad Azrie Irsyad Bin Huzairie
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Abstract
ABSTRACT
During the most recent couple of decades, magnetorheological (MR) elastomers have pulled in a lot of consideration for their colossal potential in building applications. Since they are a strong partner to MR liquids, MR elastomers show a special field-subordinate material property when presented to an attractive field, and they conquer significant issues looked in magnetorheological liquids, for example the testimony of iron particles, fixing issues and natural tainting. Such preferences offer extraordinary potential for planning clever gadgets to be utilized in different designing fields, particularly in fields that include vibration decrease and separation. The study is basically about on how to fabricate the perfect isotropic and isotropic follow with study on their attributes under compression test with alternate volume of CIP percentage. The amount of CIP content chosen in this study is 5%, 10%, and 20% and . Zwack Machine was used in order to perform the compression test for both type of MREs. Neodymium magnets were utilized to make an attractive field over the MRE. The Young Modulus was utilized to examine the quality of MRE under pressure testing. The outcomes got demonstrated that anisotropic MRE is stiffer than isotropic MRE. Also, an expansion in the iron molecule volume rate in MRE adds to a huge impact on Young Modulus in the presence and nonappearance of an attractive field.
Description
Interim Semester 2020 / 2021
Keywords
MRE , Isotopic , Anisotopic