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The influence of physical and mechanical properties of additional materials on the recycled rubber structure during its disposal

机译:附加材料对循环橡胶结构的物理和力学性能的影响

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During the rubber long-term storage in the open air and under the influence of certain temperatures, there is a real threat to the environment where environmental damages cannot be ignored. The objective of this paper is to study the mechanical properties of rubber during its processing by vulcanization after adding some materials to improve their properties. The used materials are: rubber from tires where the proportion of rubber varies from 70-78%, vulcanization granules of rubber, non-vulcanized natural NR rubber, and granulated sulphur. Curves of stress-strain of the recycled rubber are modelled at different diameters of the granules added to the materials for vulcanization removal. As result, the improvement of the mechanical properties are obtained by increasing the diameter of the granules but there a threshold which should not be exceeded.
机译:在露天橡胶长期储存期间,在某些温度的影响下,对环境损害不容忽视的环境存在真正的威胁。本文的目的是在添加一些材料以改善其性质后,通过硫化研究橡胶在加工过程中的机械性能。二手材料是:来自轮胎的橡胶,橡胶的比例从橡胶,非硫化天然Nr橡胶和粒状硫的硫化颗粒变化。再生橡胶的应力 - 应变的曲线以添加到硫化除去的颗粒的不同直径的颗粒中的模拟。结果,通过增加颗粒的直径而是产生机械性能的改善,但是存在不超过的阈值。

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