Computational Geomechanics Courses

Computational Geomechanics Defined

Geomaterials (eg. sand, clay, rock, tailings) exhibit complex behavioural features, such as: coupled interaction of air-water-solid phases, nonlinear elasto-viscoplastic behaviour, pressure and density dependent stiffness and strength, stress-strain-strength anisotropy, and dependency on the stress history of the material. All these aspects, combined with the  projects' own complexities, make it impossible to accurately solve most of geotechnical problems of modern practice with simple closed-form solutions. These limitations are overcome by the application of computational geomechanics, which is defined as the use of numerical techniques to address geotechnical engineering problems.

Courses Offered


Course I: This course addresses problems like slope stability in soils, waste dumps and rock masses, foundations, retaining structures, construction procedures for ground-structure interaction problems, underground engineering and tunnels. It was successfully delivered first in 2019 to a large group of geo-professionals from 8 countries (online), and to students, faculty and consultants in SRK’s Buenos Aires lecture room. Participants enjoyed 30 hours of theory and 64 hours of hands-on training in numerical modeling. This course will next be offered  online starting August 21, 2020. Please see below for registration info.

Course II: The second course covers embankments, dams and tailings dams, and seismic analysis of dams (drained) and tailings dams (undrained – liquefaction). This course was offered online in early 2020. Due to COVID-19, it was held exclusively online. Students from most countries in Latin America attended and used Microsoft Azure computers for their hands-on training. The final assignment was the complete seismic analysis of a CFRD Dam, a real case history from Costa Rica. New dates for this course have not yet been announced.

Instructors: Dr. Alejo O. Sfriso, Mauro Sottile, MSc, Dr. Nicolas Labanda, Dr. Felipe López Rivarola, and Ignacio Cueto.

 

Register for Next Course in Spanish

University of Buenos Aires Stability Department 
T: 54-11-5285-0222 / 23
E: stabil@fi.uba.ar

Prof. Mario Alonso
E: mealonso@fi.uba.ar

Dr. Felipe López Rivarola
E: flopez@fi.uba.ar

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