Model Uncertainties in Foundation Design

1. Geotechnical Engineering in the Era of Industry 4.0 2. Evaluation and Incorporation of Uncertainties in Geotechnical Engineering 3. Basics in Foundation Engineering 4. Evaluation of Design Methods for Shallow Foundations 5. Evaluation of Design Methods for Offshore Spudcans in Layered Soil 6. Evaluation of Design Methods for Driven Piles and Drilled Shafts 7. Evaluation of Design Methods for Helical Piles 8. Summary and Conclusions Appendix: Data Availability Statement

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• Engenharia sísmica
• Mecânica do solo e das rochas
• Engenahria civil, levantamentos e construção

Field Load Tests;Load Test Database;georisk;Undrained Shear Strength;reliability-based design;Load Tests;AASHTO LRFD;Centrifuge Tests;Canadian Highway Bridge Design;Uplift Capacity;foundation loading;Bearing Capacity;limit state design of foundations;Model Factor;RBD;COV Value;ISO 2394;Helical Piles;risk management;Bearing Capacity Factor;resistance factors;MSE Wall;geotechnical design;Model Uncertainty;Load Test Data;foundation engineering;Spudcan Penetration;Shallow Foundations;Helix Diameter;El Naggar;Spudcan Foundations;Installation Torque;Sand Clay Interface;Pile Head;Geotechnical Engineering;Cohesionless Soil