Evaluation of Factors Affecting Compressive Strength of Concrete using Machine Learning

A. Jha, Surabhi Adhikari, Surendrabikram Thapa, Abhay Kumar, Arunish Kumar, Sushruti Mishra
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引用次数: 9

Abstract

Compressive strength of the concrete is important for analyzing the characteristics of the concrete. The compressive strength is necessary to know if the given mixture of concrete meets the specified requirements. For the sustainability of construction, the compressive strength must meet the required standards. Machine learning models have been really a handy tool for the analysis of a wide range of problems. Machine learning models can find the pattern or trends in the given data. The purpose of the paper is two folds. First, the evaluation of performance of different machine learning models (regression models) is done. In the second fold, the factors affecting compressive strength of the concrete are discussed. Different factors have different degrees of importance for various regressors. The importance of the factors is studied for different regressors and the conclusion is drawn regarding the importance of factors taken in the study.
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用机器学习评价影响混凝土抗压强度的因素
混凝土抗压强度是分析混凝土特性的重要指标。抗压强度是了解给定混凝土混合物是否满足规定要求的必要条件。为了施工的可持续性,抗压强度必须达到规定的标准。机器学习模型已经成为分析各种问题的便捷工具。机器学习模型可以在给定的数据中找到模式或趋势。这张纸的用途是折叠两次。首先,对不同机器学习模型(回归模型)的性能进行评估。第二部分讨论了影响混凝土抗压强度的因素。不同的因素对不同的回归量具有不同的重要程度。对不同回归量下各因素的重要性进行了研究,得出了各因素的重要性结论。
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