Geotechnical investigation is a crucial phase in civil engineering projects, focusing on understanding the subsurface conditions to make informed decisions about foundation design, slope stability, and construction materials. This process involves a combination of sampling techniques, laboratory tests, and data interpretation methods.
Sampling Techniques:
- Borehole Sampling: Involves drilling into the ground to obtain soil and rock samples. These samples are crucial for analyzing the soil’s composition, strength, and other geotechnical properties.
- Cone Penetration Test (CPT): A method where a cone-shaped probe is pushed into the ground, providing continuous soil profile data. CPT is valuable for assessing soil consistency and stratigraphy.
Laboratory Tests:
- Atterberg Limits: Determines the moisture content at which soil transitions between solid, plastic, and liquid states. This information is vital for understanding soil behavior under different conditions.
- Triaxial Compression Test: Measures the strength and stress-strain characteristics of soil under different confining pressures. It helps assess the stability of soil under various loading conditions.
Data Interpretation:
- Soil Classification: Utilizes data from sampling and laboratory tests to classify soils based on grain size, plasticity, and other properties. This classification guides engineering decisions.
- Slope Stability Analysis: Incorporates geotechnical data to assess the stability of slopes, crucial for infrastructure projects in hilly terrain. It helps prevent landslides and ensures safe construction.
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