Maher Elabd, Mohamed Rady Mousa
This paper explores the integration of recent trends in automobile materials into textile structural applications, particularly focusing on bradding wires for steel bridge belts. The objective is to review advancements in both civil engineering and automobile tire management, specifically investigating the applications of textile fibers as additives to improve stress-strain material properties and enhance the structural integrity of wire materials. The methodology includes a comparative analysis of various wire types, including trimmed rubber, steel wires, and textile fibers, determining their material characteristics and performance in industrial applications. Findings reveal the effectiveness of wire ropes in providing significant tensile strength and the capability to withstand fatigue loads, thus confirming their potential as reinforcement for automotive tires and structural cables in civil engineering. The study indicates that the development of compositions utilizing these materials can lead to higher durability and safety in both automotive applications and infrastructure. This research contributes valuable insights into material utilization trends, underlining the importance of innovative approaches in engineering and technology disciplines.
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title={eversvd,+1 (23)},
author={Maher Elabd and Mohamed Rady Mousa},
year={2026},
language={en}
}TY - JOUR TI - eversvd,+1 (23) AU - Maher Elabd AU - Mohamed Rady Mousa PY - 2026 LA - en ER -
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