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Implementation of a statistical model for measuring the compressive strength of concrete which explains 92.3% of the variance.

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syedhadi816/Modeling-the-Compressive-Strength-of-Concrete-with-MARS-and-Ensemble-RF

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Modeling the Compressive Strength of Concrete with MARS and Ensemble RF

Implementation of a statistical model for measuring the compressive strength of concrete which explains 92.3% of the variance.

64c80c48fd0f962f2b89db52_Compression-Test

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Studies have shown that the compressive strength of concrete is a highly non- linear function of the age and ingredients of the concrete. This is a model built to predict the compressive strength of concrete using its age and ingredients as regressors.

A Multivariate Adaptive Regression Spline model with Interaction terms provides an R^2 value of 87.4% whereas an ensemble random forest regression model explains 92.43% of the variance in the response variable.

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Implementation of a statistical model for measuring the compressive strength of concrete which explains 92.3% of the variance.

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