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Teacher
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Rollo Fabio
(syllabus)
Program of the course
PART I
• Origin, description and classification of soils: soil formation and deposits, structure of the soil, phase relations, intrinsic and index properties, description and classification of soils (grain size distribution, Atterberg limits).
• Introduction to soil mechanics: definition of stress and strain, principle of effective stresses, geostatic stresses, drained and undrained conditions, laboratory and field investigations, strength and compressibility of soils, failure criteria.
• Flow in porous media: Darcy’s law, coefficient of hydraulic conductivity, steady state flow, one-dimensional theory of consolidation.
PART II
• Retaining structures: Rankine limiting states of stress; Coulomb critical wedge analysis; earth retaining structures; design of retaining walls; strutted excavations; earth pressure in presence of seismic actions; design of retaining structures.
• Shallow foundations: bearing capacity of shallow footings; drained and undrained bearing capacity; evaluation of safety factor factor and strength mobilisation; evaluation of settlements of shallow foundations.
(reference books)
R. Lancellotta (2009). Geotechnical engineering, Taylor & Francis, London. Barnes, G. (2017). Soil mechanics. Bloomsbury Publishing. Wood, D. M. (2009). Soil mechanics: a one-dimensional introduction. Cambridge University Press. Ishihara, K. (1988). Soil mechanics. Verruijt, A. (2017). An introduction to soil mechanics (Vol. 30). Springer. Murthy, V. S. N. Geotechnical engineering. Principles and practices of soil mechanics and foundation engineering (download for FREE)
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