静态和动态模型在硅酸盐水泥未来强度预测中的应用

D. Tsamatsoulis
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引用次数: 3

摘要

本研究旨在分析预测波特兰水泥未来典型抗压强度的静态和动态模型。这两类模型都是基于所研究的水泥类型的物理和化学特性以及早期强度。研究了模型的性能,并根据不同的准则证明了动态模型的优越性。此外,动态模型还为工业质量控制提供了评价水泥化合物反应性和采取相应的预防和纠正措施的可能性。这些方法在日常质量控制中的实施是通过保持典型强度的低方差来提高质量的重要因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of the Static and Dynamic Models in Predicting the Future Strength of Portland Cements
The present study aims to analyze static and dynamic models predicting the future typical compressive strength of Portland cements. Both categories of models are based on physical and chemical characteristics and on the early strength of the cement types studied. The models performance was investigated and the superiority of the dynamic models was proved based on different criteria. Additionally the dynamic models offer the possibility to the industrial quality control to evaluate the reactivity of cement compounds in daily basis and to take the corresponding preventive and corrective actions. The implementation of these methods in the daily quality control is an essential factor of quality improvement by maintaining a low variance of typical strength.
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