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The effect of Curing Conditions (In Situ vs. Laboratory) on Compressive Strength Development of High Strength Concrete

机译:固化条件(原位与实验室)对高强度混凝土抗压强度发展的影响

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During the construction of the bridge near Strba village, concrete was needed to achieve the cube strength of 35 N/mm2 after 48 hours to allow the prestressing works. However, the question remained how to practically verify the real strength achieved in the structure after such a short time. Whereas the specimens were cured in accordance with valid standards at 20 °C in water, it was doubtful whether the real strength of the concrete structure, which is hardening at ambient temperatures around 2 °C, corresponds to these measured strengths. It was questionable how to cure the specimens to get as close to the real strengths as possible.
机译:在斯特拉村附近的桥梁建造过程中,需要在48小时后达到35毫升35毫升的立方体强度,以允许预应力工作。然而,问题仍然是如何在如此短的时间之后验证结构中实现的实力。虽然样品在20℃的水中根据有效标准固化,但是令人疑问是否在约2℃的环境温度下硬化的混凝土结构的实际强度对应于这些测量的强度。如何治愈标本可以尽可能接近真正的优势是可疑的。

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