Week 1: Fundamentals of Geotechnical Engineering

123456789101112
Across
  1. 5. Shear strength component due to intermolecular forces, independent of friction.
  2. 6. Device used to determine the specific gravity of soils.
  3. 8. The process by which soil decreases in volume over time under a sustained load.
  4. 9. Ratio of the undisturbed shear strength of soil to its remolded shear strength.
  5. 10. A type of clay mineral known for its ability to expand and contract with moisture changes.
  6. 12. Increasing soil density by mechanically reducing air voids.
Down
  1. 1. Property that allows water to flow through soil pores.
  2. 2. Condition where saturated sand behaves like a liquid due to stress.
  3. 3. Resistance of soil to shearing forces.
  4. 4. Ratio of void volume to the total volume of soil.
  5. 7. The stress carried by the soil skeleton, crucial for understanding soil strength.
  6. 11. Phenomenon where saturated soil loses strength due to applied stress like an earthquake.