Design of deep foundations for safe transfer of structural loads to the ground considering the most suitable method depending on the soil and structural conditions.
– Bored Piles
– Barrette Piles
– Micro Piles
Design and selection of most suitable ground improvement techniques for economic solutions of risks related to bearing capacity, settlement, differential settlement, swelling, slope stability and liquefaction.
– Stone Columns – Jet-Grout – Deep Mixing – Grouting – Vibrocompaction – Vertical Drains – Preloading – Soil Nails – Geosynthetic Applications
Design of Water Barriers under structures such as dams and weirs, or for providing dry working conditions during deep excavations, considering the most suitable method depending on the soil and structural conditions.
– Slurry Trench – Thinwall – Jet Grout / Deep Mixing Methods – Secant Piles – Bottom Plugs – Grouting / Injection in Rock
Design of optimised retaining systems for deep excavations, considering the most suitable method depending on the soil and structural conditions.
Deep excavation systems supported by anchors or struts in combination with structural elements such as;
– Diaphragm Walls – Bored Piles – Micro Piles – Jet-grout Walls – Sheet Piles Geotechnical Design of TOP-DOWN PROJECTS
QUALITY CONTROL OF GEOTECHNICAL WORKS
Quality control tests for deep foundations and ground improvement.
Pile loading, plate loading, pile integrity tests.
INSTRUMENTATION AND MONITORING
Displacement monitoring, evaluation and back-analysis services for deep excavations, slopes and dams.
Geotechnical Evaluation of field investigations and structural projects. Determination of the most suitable foundation or ground improvement system depending on the results of soil bearing capacity, settlement, liquefaction potential and stability analyses.
Carefully planned, descriptive soil investigations for determination of mechanical and geological properties of the soil.