Liquefaction (3)
soil improvement (3)
sustainability (3)
clay (2)
Decision tree (2)
Machine learning (2)
numerical analysis (2)
parameter variation (2)
sensitivity analysis (2)
shear strength (2)
Soil liquefaction (2)
2023 Kahramanmaras , (1)
Adapazari Criteria (1)
Artificial neural network (1)
Average size (1)
Basalt fiber (1)
Basement (1)
bearing capacity (1)
brick waste powder (1)
cemented sand (1)
Clay content (1)
Clay soil (1)
Compaction (1)
Cone penetration test (1)
Consistency (1)
Cyclic triaxial test (1)
Decision trees (1)
deep excavation (1)
direct shear box tests (1)
Direct simple shear test (1)
Dynamic triaxial test (1)
Earthquake behavior (1)
Expansive clays (1)
Failure modes (1)
Feature selection (1)
Fiber-reinforced soils (1)
fine-grained soils (1)
Fine-grained soils (1)
Finite element method (1)
Fuzzy logic (1)
Geomorphological features (1)
Geotechnical investigation (1)
geothermal energy piles (1)
Ground failure (1)
Hatay (1)
Ishihara-inspired index (1)
KOH (1)
Lateral spreading (1)
Lime (1)
Loading type (1)
LPI (1)
Meta-heuristic (1)
Multi-story buildings (1)
Natural fiber (1)
natural fibres (1)
Natural pozzolana (1)
olivine (1)
olivine waste (1)
Optimization (1)
Physical properties (1)
pipe powder (1)
Plaxis 3D (1)
PSD (1)
Random forest (1)
Reconstituted sample (1)
Regression (1)
Reinforced concrete (1)
reliability (1)
rkiye earthquakes (1)
sand (1)
Sand (1)
sandy soil (1)
Settlement pattern (1)
shallow foundation (1)
shear behaviour (1)
Shear strength (1)
Sleeve friction (1)
Soft soil (1)
Soil behavior type index (1)
Soil reinforcement (1)
soil stabilization (1)
soil suction (1)
Soil-structure interaction (1)
SPT (1)
Structure-soil interaction (1)
Support vector machine (1)
Support vector machines (1)
Sustainability (1)
SWCC (1)
synthetic fibres (1)
T & uuml (1)
Tip resistance (1)
treatment (1)
Triaxial test (1)
Undisturbed sample (1)
Undrained shear strength (1)
unsaturated soil (1)
Vs (1)
waste management (1)