Journal of Physics Conference Series, Год журнала: 2024, Номер 2925(1), С. 012013 - 012013
Опубликована: Дек. 1, 2024
Abstract Jute fibre, known for its sustainability and abundance, has been explored as a promising reinforcement in composite materials. This study explores the enhancement of mechanical properties jute fibre composites through incorporation Zirconium carbide nano particles at varying concentrations (0, 2, 4, 6 wt%). A comprehensive evaluation was conducted to assess hardness, flexural strength, tensile impact resistance, with focus on their applicability high-stress environments. Results indicate that addition significantly improves performance composites. Specifically, increased particle concentration leads enhanced resulting superior indentation resistance. Flexural strength tests demonstrate marked improvements stiffness resistance deformation, positioning these candidates structural applications. Tensile testing reveals higher content boosts load-bearing capacity, while suggests improved durability shock absorption. These findings highlight potential carbide-reinforced various industries requiring high-strength materials, including automotive, aerospace, construction, sports equipment manufacturing. method effectively combines properties. The micro jute/epoxy/6wt.%ZrC 26.6 %, 51 % 15.2 than non reinforced jute/epoxy polymer
Язык: Английский
