Numerical and Experimental Investigation of Nano zinc Oxide's Effect on the Mechanical Properties of Chloroprene and Natural Rubber (CR/NR) Composites

Е. Нджім; Ф.А. Хаді; М.Н. Хамзах; Н.А. Алхайло; М.Х. Ал-Мааморі

doi:10.15330/pcss.25.1.14-25

Автор(и)

Е. Нджім Міністерство промисловості та мінералів, Державна компанія гумової та шинної промисловості, Ірак
Ф.А. Хаді Технологічний університет, Ірак
М.Н. Хамзах Кафедра механічної інженерії, університет технологій, Ірак
Н.А. Алхайло Міністерство промисловості та мінералів, Державна компанія гумової та шинної промисловості, Ірак
М.Х. Ал-Мааморі Кафедра біомедичної інженерії, Інженерний факультет, Університет Аль-Мустакбал, Ірак

DOI:

https://doi.org/10.15330/pcss.25.1.14-25

Ключові слова:

природній каучук, хлоропреновий каучук, наночастинки, механічні властивості, гіперпружні моделі

Анотація

Нанокомпозити, особливо природній каучук (NR), ретельно вивчалися на предмет їх унікальних властивостей і прекрасних характеристик у шинах. У цьому дослідженні досліджено вплив наночастинок оксиду цинку (ZnO) на продуктивність типових ротаційних машинних ущільнювачів, виготовлених із композитів хлоропренового каучуку/природнього каучуку (CR/NR). Для приготування високотемпературних вулканізованих зразків CR/NR, наповнених наночастинками ZnO, використовували звичайний стандартний двовалковий млин і гідравлічний прес. Щоб визначити вплив наночастинок на ці фізичні та механічні властивості, вимірювали міцність на розрив, опір розриву, опір стиранню, пружність і твердість. На основі різних схем гіперпружного моделювання спостерігалося покращення багатьох характеристик контрольного зразка, зокрема таких, як властивості відновлення. Крім того, результати показують, що збільшення вмісту наночастинок у вулканізатах підвищило фізико-механічні характеристики, такі як твердість, пружність, міцність на розрив і модуль пружності при деформації на 200%. Гіпереластичне аналітичне моделювання показло, що відмінності від експериментальних результатів становлять менше 5%.

Біографії авторів

Ф.А. Хаді, Технологічний університет, Ірак

М.Н. Хамзах, Кафедра механічної інженерії, університет технологій, Ірак

Н.А. Алхайло, Міністерство промисловості та мінералів, Державна компанія гумової та шинної промисловості, Ірак

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