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MONITORING AND EARLY WARNING SYSTEM
WHAT WE DO
Our expertise at your service
Go to MONITORING and EARLY WARNING SYSTEMS
MONITORING and EARLY WARNING SYSTEMS
Design, installation and operation of the best geotechnical and structural monitoring system
Go to ADVANCED NUMERICAL MODELLING
ADVANCED NUMERICAL MODELLING
Continuous, discontinuous, and combined 2D and 3D methods for solving geotechnical problems
Go to ENERGY GEOSTRUCTURES
ENERGY GEOSTRUCTURES
Design and implementation of the best innovative solution to derive low-enthalpy geothermal heat
Go to GEOTECHNICAL and ENVIRONMENTAL ENGINEERING
GEOTECHNICAL and ENVIRONMENTAL ENGINEERING
Best solutions in the field of rock and soil mechanics
SKILLS
Geosolving provides advanced and specialized support to clients
Our knowledge at your disposal.
Geosolving experts are the ideal support for the resolution of geological and geotechnical problems that may arise during construction of civil infrastructures.
Geosolving adopts the most advanced techniques worldwide available from numerical modeling to advanced monitoring.
These are applied to the design of infrastructures, of aqueducts and sewer systems and to geothermal applications.
GBInSAR can be adopted to monitor unstable slopes with millimetric accuracy.
We are familiar with FEM, DEM, FDEM softwares such as FLAC, UDEC, 3DEC (Itasca), RS2 (Rocscience), Y-Geo, ecc.
3D numerical modelling is not problem, both in continuum (FEM, FDM) and discontinue (DEM).
Topographic and laser scanner surveys.
Our team
Specialists in geotechnical engineering and geology
SANTINA AIASSA
CEO and Technical Director
Graduate in environmental engineering at the Polytechnic University of Turin. She has more than 20 years of experience in the design and construction supervision of water, sewer and wastewater treatment rationalization systems and in the settlement of landslide slopes.
FRANCESCO ANTOLINI
Geological engineer
Graduated in Geological Sciences from the University of Florence and PhD in Water and Land Protection Engineering from the Polytechnic University of Turin. He works on innovative monitoring techniques and numerical modeling of slopes and excavation fronts.
Andrea Perino
Civil engineer
Geotechnical engineer with experience in numerical modeling, design under dynamic conditions. Founding member of Resolving, a spin-off of the Polytechnic University of Turin.
Martina Scerbo
Geologist
Graduated in Geological Sciences and Technologies from the University of Florence in 2023.
She is involved in monitoring data analysis with emphasis on InSAR satellite interferometry technique, management of EWS monitoring and early warning systems.
MARTINA NICOLINO
Civil engineer
Graduated in Civil Engineering with Geotechnical orientation from the Polytechnic University of Turin in 2022, she is involved in tunneling and monitoring data management and processing.
Francesco Campana
Civil engineer
Ph.D. candidate in Civil and Environmental Engineering at the Polytechnic University of Turin where he is studying the viscoplastic behavior of soil/rock masses.
MARCO BARLA
Co-founder
Professor at Polytechnic University of Turin with expertise in slope stability, tunneling, monitoring and numerical modeling. Author of more than 200 scientific publications.
Alessandra Insana
Civil engineer
Researcher at the Polytechnic University of Turin. He works on energy geostructures, both numerically and experimentally, and on tunnels in difficult conditions.
LORENZO MILAN
Civil engineer
Graduated in Civil-Geotechnical Engineering from Politecnico di Torino in 2020 and earned his PhD in Geotechnical engineering in 2024 with a dissertation on an innovative method for predicting brittle rock failure in deep excavations.
SIMONE DE FEUDIS
Civil engineer
Graduated in Civil Engineering (geotechnical specialization) at the Politecnico di Torino in 2021. From then on, he engaged in different tasks related to energy geostructures, time-dependent behaviour of geomaterials and existing tunnel management and refurbishment. Since 2022, he has been a PhD student in Civil and Environmental Engineering at the Politecnico di Torino, exploring new ways to exploit the existing tunnel heritage for geothermal energy.
LATEST NEWS
What's going on @ Geosolving and around
Three-dimensional numerical analysis for studying the interaction between tunnel and large complex landslide
As part of the study of the interaction between the Sparvo tunnel and the slope it crosses, Geosolving developed a three-dimensional numerical model with the objective of evaluating the evolution over time of the interaction between the tunnel and the large complex landslide present at the site. After a detailed reconstruction of the geologic conditions Read more about Three-dimensional numerical analysis for studying the interaction between tunnel and large complex landslide[…]
Summer closure of the Geosolving offices
Geosolving offices will be closed from 12 to 23 August. You can still contact us by email.
Radar monitoring from the ground during the demolition of a viaduct
We are pleased to share our latest experience of ground radar interferometry monitoring for Amplia Infrastructures. During the demolition of the south lane of the Goccioloni 2 viaduct along the A1 Milan-Rome motorway, Geosolving monitored the movement of one of the stacks of the viaduct. Thanks to the high precision interferometric measurements, it was possible Read more about Radar monitoring from the ground during the demolition of a viaduct[…]
Debris flow detected by EWS GeoAndes
On Saturday 29 June, the area of Cogne (AO) and in particular the Valnontey was affected by a flood event of considerable intensity that involved the activation of a series of debris flows along many gutters and the flooding of streams. During these events it becomes clear how crucial monitoring and rapid alert (EWS) activities Read more about Debris flow detected by EWS GeoAndes[…]
Numerical analysis for the study of interference between the construction of a new hospital pavilion and the Lamba Doria gallery
When new construction is planned, it is important to study the effect that this has on existing works. This is the case of the new Pavilion 0 of the Giannina Gaslini Institute in Genoa, which will be built at the Lamba Doria double-track tunnel on the Genoa-Pisa line. For this reason, Geosolving has developed two-dimensional Read more about Numerical analysis for the study of interference between the construction of a new hospital pavilion and the Lamba Doria gallery[…]
Pre-feasibility study for geothermal activation of railway tunnels in Hamburg and Stuttgart
The first phase of work that directly involved Geosolving in the pre-factility study for the geothermal activation of two newly built railway tunnels in the cities of Hamburg and Stuttgart, Germany, has just ended.Geosolving, in collaboration with the Institut für Geotechnik of the Technische Universitat Darmstadt, supported Deutsche Bahn in the choice of the best Read more about Pre-feasibility study for geothermal activation of railway tunnels in Hamburg and Stuttgart[…]
Geosolving at the II conference of the FABRE Consortium
During the II conference of the FABRE Consortium, Francesco Antolini of Geosolving showed an innovative application of ground radar interferometry. Specifically, this application developed for the monitoring of the lining of tunnels subjected to maintenance operations allows to mitigate the risks associated with different types of processing.
3° GLOBAL MEETING FOLIAGE AT BOĞAZIÇI UNIVERSITY ISTANBUL, TURKEY
Geosolving as the only Italian company involved in the geostructures sector is pleased to have participated in the 3rd Global Meeting of the COST Action, which was held on 25-26 January in Istanbul, at Boğaziçi University. It was an opportunity to meet in person with colleagues from Working Group 2 “Case studies and performance data” Read more about 3° GLOBAL MEETING FOLIAGE AT BOĞAZIÇI UNIVERSITY ISTANBUL, TURKEY[…]
Happy holidays and happy 2024!
The Geosolving team wishes you happy holidays and a happy 2024! Please note that the office will be closed from 27 December to 5 January.
PolarALP Project: Testing of a new early warning system based on fiber-optic sensors
Geosolving is pleased to announce that the PolarALP project regarding testing of a new early warning system based on fiber-optic sensors for mitigating the risk generated by avalanches, debris flows and rockfalls for infrastructures in Alpine environment was co-funded by Unione Europea NextGenerationEU in the framework of Bando a Cascata per le imprese Spoke 4 Read more about PolarALP Project: Testing of a new early warning system based on fiber-optic sensors[…]