Company Profile - page 6

• Data analysis and interpretation.

• Geotechnical studies, including definition of geotechnical design parameters, appraisal of local and over all stability of excavations, embankments and foundation works.

• Design and technical specifications of monitoring systems, including processing and interpretation of measurements.

> Seismic Risk Evaluation and Dynamic Analysis of Structures

• Seismic risk analysis of the project area.

• Modelling and analysis of the local seismic response, evaluation of the dynamic parameters of the Maximum Credible Earthquake and of the Design Earthquake.

• Finite element mathematical models for the study of dynamic interaction between a structure and its foundation.

• Appraisal of liquefaction phenomena.

> Physical Hydraulic Models

• Definition of the hydraulic design features worth to be analyzed through physical models.

• Preparation of technical specifications and planning of tests.

• Assistance during tests, analysis and interpretation of results.

> Mathematical Models

• Finite element models (FEM) to calculate distribution of stresses in the structures, in the corresponding foundations and in the rock masses.

• Finite element models for the static and dynamic analysis of loose material dams and underground works, adopting different behavior laws for soils and rocks.

• Finite difference and finite element models for the analysis of seepage and consolidation problems.