La frana di Niscemi: analisi del rischio idrogeologico e strumenti avanzati per la stabilità dei versanti

Engineering, Environment, Geology, Geomechanics, Geotechnical engineering, Geotechnics, Hydraulics, Hydrology, Naturalistic Engineering, News

Caso studio • Dissesto idrogeologico La frana di Niscemi: dal rischio mappato alla modellazione 3D e alle analisi di stabilità Un approccio integrato: GeoRisk per la pericolosità, GeoStru Maps per la ricostruzione tridimensionale, Slope (LEM+DEM) per la stabilità 2D/3D e Debris Flow per i fenomeni rapidi. Perché questo evento è importante La frana di Niscemi…

MRE: More than a simple application

Design, Engineering, Environment, Geotechnical engineering, Geotechnics, Naturalistic EngineeringLeave a comment

When carrying out the stability analysis of a slope using the well-established software Geostru Slope Stability analysis – Slope, the user has the option of placing a retention structures of his choice : Walls, Piles, Ground Anchor and Reinforced soil. Selecting the latter will open the module  Reinforced Earth – MRE. We speak of a…

naturalistic engineering

Naturalistic engineering works for slope stability: living retaining walls.

Design, Engineering, Environment, Geotechnical engineering, Geotechnics, Naturalistic EngineeringLeave a comment

Preliminary sizing of naturalistic engineering works is one of the most important operations to be carried out before the detailed design of the works, certainly preceding technical checks and subsequent final sizing. Having quick and efficient tools at your disposal to perform initial checks and assess whether the chosen techniques can solve the issues has…