Natural Concrete Curing under Hot Sub-Humid Climate

E. I. Moreno, Rómel G. Solís-Carcaño, C. Serrano-Zebadua
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引用次数: 1

Abstract

This paper describes how the weather of the Yucatan Peninsula is classified as hot sub-humid, with minor differences of relative humidity and temperature during the year. Local builders, in their search for process optimization and cost reduction, usually do not cure concrete beyond wetting the concrete surface immediately after removing the formwork. Teaching of concrete technology has been based on classic reports, where it is affirmed that the strength gain is enhanced when moist curing is applied. Preliminary studies in the Yucatan region have not shown that moist curing helped to improve strength gain. Based on the meteorological conditions of the Yucatan region, it is possible that natural curing occurred with no need for additional curing for most of the cases. The objective of this study was to obtain the strength-gain curves as a function of the moist curing time from 0 to 90 days. Preliminary results confirm the hypothesis about the sufficiency of the natural curing under the weather conditions of the Yucatan region. The use of porous aggregate may have contributed to curing during storage in air.
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高温亚湿润气候下的天然混凝土养护
本文描述了尤卡坦半岛的天气如何被归类为炎热的半湿润,全年相对湿度和温度的差异很小。当地建筑商在寻求工艺优化和降低成本的过程中,通常在拆除模板后立即润湿混凝土表面,而不是固化混凝土。混凝土技术的教学以经典报告为基础,这些报告肯定了湿养护可以提高混凝土的强度增益。在尤卡坦地区的初步研究没有显示湿固化有助于提高强度增益。根据尤卡坦地区的气象条件,自然固化可能发生,大多数情况下不需要额外的固化。本研究的目的是获得作为湿固化时间从0到90天的函数的强度-增益曲线。初步结果证实了在尤卡坦地区的天气条件下,自然固化的充分性的假设。多孔骨料的使用可能有助于在空气中储存期间的固化。
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