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Study on creep of fiber reinforced ultra-high strength concrete based on strength

机译:基于强度的纤维增强超高强度混凝土蠕变研究

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To complement the creep performance of ultra-high strength concrete, the long creep process of fiber reinforced concrete was studied in this paper. The long-term creep process and regularity of ultra-high strength concrete with 0.5% PVA fiber under the same axial compression were analyzed by using concrete strength (C80/C100/C120) as a variable. The results show that the creep coefficient of ultra-high strength concrete decreases with the increase of concrete strength. Compared with ACI209R (92), GL2000 models, it is found that the predicted value of ACI209R (92) are close to the experimental value, and the creep prediction model suitable for this experiment is proposed based on ACI209R (92).
机译:为了补充超高强度混凝土的蠕变性能,本文研究了纤维增强混凝土的长蠕变过程。通过使用混凝土强度(C80 / C100 / C120)作为变量,通过用混凝土强度(C80 / C100 / C120)来分析超高强度混凝土的长期蠕变过程和具有0.5%PVA纤维。结果表明,超高强度混凝土的蠕变系数随着混凝土强度的增加而降低。与ACI209R(92),GL2000模型相比,发现ACI209R(92)的预测值接近实验值,并且基于ACI209R(92),提出适用于该实验的蠕变预测模型。

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