Akademik Dersler - İçerik

Calculates the fundamental physical properties of soils by defining their formation processes, their three-phase structure consisting of solid, liquid and gas, and their weight-volume block diagram relationships.
Evaluates site soil conditions by appropriately planning subsurface site investigation methods such as exploratory borings, test pits and trenches, and soil sampling.
Classifies materials according to USCS and AASHTO systems by determining the grain size distribution of granular soils via sieve and hydrometer analyses, and finding the Atterberg consistency limits of fine-grained soils.
Analyzes field compaction processes by applying laboratory compaction tests to improve the engineering properties of weak soils.
Calculates compressibility and time-dependent consolidation settlements occurring in soils under external loads using the piston and spring analogy, by comprehending the principles of geostatic effective stress.
Develops disaster management and risk reduction-oriented solution approaches by examining parameters such as earthquake mechanisms, seismic hazards, and soil amplification, specifically determining the soil liquefaction potential.