The proposed XGBoost model outperforms other models, such as RF, DNN, and LSTM, can be used accurately for estimating a strip footing's bearing capacity on rock mass subjected to incline eccentric loading loads.

The bearing capacity of closely spaced footings has become one the important topics in geotechnical engineering research owing to rapid development urban areas around world. In this paper, we propose three efficiency factors that can be used describe effects using Terzaghi’s traditional equation. With an advanced finite-element limit analysis upper and lower bounds, both strip multiple on cohes...