This study investigates predicting the pullout capacity of small ground anchors using nonlinear computing techniques. The inputoutput\nprediction model for the nonlinear Hammerstein-Wiener (NHW) and delay inputs for the adaptive neurofuzzy inference\nsystem (DANFIS) are developed and utilized to predict the pullout capacity.The results of the developedmodels are compared with\nprevious studies that used artificial neural networks and least square support vector machine techniques for the same case study.The\nin situ data collection and statistical performances are used to evaluate the models performance. Results show that the developed\nmodels enhance the precision of predicting the pullout capacity when compared with previous studies. Also, the DANFIS model\nperformance is proven to be better than other models used to detect the pullout capacity of ground anchors.
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