Deformazio altuko elastomero magneto-aktibo baten garapena eta karakterizazioa
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Abstract
Lan honetan, eremu magnetiko bat aplikatzean deformatzen den elastomero baten garapena eta karakterizazioa egingo da. Elastomeroaren sintesia pausuz-pausu azalduko da garatu diren bi konfigurazioetarako, konfigurazio planoa eta zilindrikoa. Gainera, hauek eremu magnetiko batekiko duten erantzuna aztertuko da. Azkenik, materialaren efektu magnetoerreologikoa ezagutzeko konfigurazio planoko elastomeroa erabiliko da eta hainbat eremu-magnetiko aplikatuz bere biltegiratze-moduluen eta galera-moduluen aldaketa aztertuko da.
The aim of this work is to develop an elastomer with high deformation capability when a magnetic field is applied. The synthesis of the elastomer will be explained step by step and the response of the two configurations obtained (sheet shape and tubular shape) will be analysed once a magnetic field is applied. Finally, in order to determine the magnetorheological effect of the material, the change on the storage and loss modulus of the elastomer will be analysed applying different magnetic fields.
The aim of this work is to develop an elastomer with high deformation capability when a magnetic field is applied. The synthesis of the elastomer will be explained step by step and the response of the two configurations obtained (sheet shape and tubular shape) will be analysed once a magnetic field is applied. Finally, in order to determine the magnetorheological effect of the material, the change on the storage and loss modulus of the elastomer will be analysed applying different magnetic fields.
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Elastomeroa, magnetoerreologikoa, eremu magnetikoa., Elastomer, magnetorheological, magnetic field.