Area of Operations
LaboratoriDIPLAB Geomeccanica
DIPLAB GEOMECCANICA is the Geomechanics Laboratory which is operating in the Department of Structural and Geotechnical Engineering. Based on funds provided by Politecnico di Torino, the Fondazione San Paolo, and the Department of Structural and Geotechnical Engineering the laboratory was set-up in 2005 by merging the Soil Mechanics and the Rock Mechanics laboratories previously active in the same department. The laboratory shows a collection of standard and originally developed equipment devoted to geomaterial characterization and modelling, always in the perspective of solving engineering problems.
Indirizzo
- Indirizzo: Corso Castelfidardo 51
- Citta:: Torino
- C.A.P.: 10129
- Provincia: TO
Contatti
- Telefono: 0110904908
- Fax: 0110904889
- E-Mail: Questo indirizzo email è protetto dagli spambots. E' necessario abilitare JavaScript per vederlo.
- Sito web: http://areeweb.polito.it/strutture/distr/lb_geomec.htm
Attrezzature disponibili
Oedometers; Conventional triaxial cells; Cyclical triaxial cell; Resonant Column; Direct shear box for soils; Dynamic shear apparatus for rock joints; HPBPSA – High Pressure Back Pressure Shear Apparatus; MPTA – Medium Pressure Triaxial Apparatus; Loading frame for uniaxial and triaxial tests with Hoek cell; SRTA – Soft Rock Triaxial Apparatus; HPTA - High Pressure Triaxial Apparatus
Prove svolte
The main activities of DIPLAB GEOMECCANICA are: - the geotechnical characterisation of soils, rocks and rock masses, in line with the international state of the art and with reference to the analysis of geologic, hydro-geologic, hydraulic and seismic risk, also with reference to the interaction between infrastructures and environment; - the performance of special geotechnical laboratory and in situ tests, with attention paid to the understanding of processes involved at different scale in slope instabilities, for which the necessary input data and geological, hydro-geological, geotechnical and seismic models are available or can be developed; - the development of numerical models for real time simulation, analysis and interpretation in GIS environment of slope instabilities, with attention on deep landslides, subject to traditional monitoring and measurement of significant geomathic, hydrogeological and geomechanical parameters.
Certificazioni
Certification of soils and rocks according to international standards
Mappa
Inserisci l'indirizzo di partenza per calcolare il percorso fino alla sede del laboratorio
Commenti (0)