An evolutionary modelling approach to predicting stress-strain behaviour of saturated granular soils

Mathematics

• Soil 100%
• Modeling 54%
• Predict 23%
• Model 22%
• Prediction Model 21%
• Polynomial Regression 21%
• Training 17%
• User Model 14%
• Entire 14%
• Symbolic Regression 13%
• Polynomial 13%
• Methodology 12%
• Path 11%
• Structure-function 11%
• Artificial Neural Network 10%
• Polynomial Model 10%
• Engine 10%
• Least Squares Regression 10%
• Preprocessing 9%
• Data Mining 9%
• Framework 9%
• Black Box 9%
• Genetic Algorithm 9%
• Integrate 8%
• Experimental Data 8%
• Engineering 6%
• Prediction 6%
• Exponent 6%
• Knowledge 6%
• Strategy 5%
• Term 4%
• Form 3%

Engineering & Materials Science

• Soils 65%
• Paramagnetic resonance 56%
• Polynomial regression 23%
• Polynomials 19%
• Shearing 17%
• Statistical Models 7%
• Data mining 6%
• Genetic algorithms 5%
• Engines 5%
• Neural networks 5%