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The Influence of Fiber Reinforcement on the Properties of the Self-Compacting Concrete Mix and Concrete

机译:纤维增强对自压力混凝土混凝土特性的影响

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The paper considers the influence of fiberglass on the rheological and stress-strain properties of self-compacting concretes. The use of fiberglass in self-compacting concrete compositions makes it possible to achieve a sufficient coefficient of grain separation in coarse and fine fillers, which significantly influences the mobility and technological effectiveness of self-compacting mixes. Optimum compositions of self-compacting concretes are obtained, rational volumes of the hyper-plasticizing additive and of fiberglass are determined. The components were selected experimentally, in order to optimize the composition according to rheological characteristics. It is established that the use of fiberglass positively influences the stress-strain characteristics of concrete: it raises the compressive strength, as well as the bending tensile strength without deteriorating the workability and spreadabilityof the self-compacting concrete mix.
机译:本文考虑了玻璃纤维对自压实混凝土的流变和应力 - 应变性能的影响。 在自压实混凝土组合物中使用玻璃纤维使得可以在粗糙和细填料中获得足够的晶粒分离系数,这显着影响自压制混合物的迁移率和技术效果。 获得了自压制混凝土的最佳组合物,确定了超塑性添加剂和玻璃纤维的合理体积。 通过实验选择组分,以便根据流变特性优化组合物。 建立使用玻璃纤维产生积极影响混凝土的应力 - 应变特性:它提高了抗压强度,以及弯曲的拉伸强度,而不会降低自压力混凝土混合的可加工性和可融合性。

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