Numerical Modeling Laboratory

Desktop and laptop computers with 8 and 12 CPU cores, processor frequency of 3.8 GHz, RAM 2x8 GB DDR4 and graphics card of 6Gb GDDR6 are used for advanced numerical research and modelling.

Scientific disciplines

NATURAL SCIENCES

Mathematics

ENGINEERING AND TECHNOLOGY

Civil engineering

Other engineering and technologies

Scientific Themes (keywords)

Numerical modelling

numerical simulations

soil and water structures

Details

Potential application

Development of new numerical models and new software
Numerical research and analysis of complex behaviour mechanisms in structural and material mechanics
Analysis of building structures exposed to extreme loads (wind, earthquake, fire, explosions)
Analysis of historic buildings to preserve cultural heritage
Numerical modelling and analysis in building physics problems (heat, air, moisture and sound transfer)
Numerical modelling and advanced numerical simulations in soil and water structures, rock mechanics and soil mechanics, flow and transport of surface and groundwater in karst basins
Numerical algorithms for modelling structural mechanics problems using spline functions
Genetic algorithms for solving problems in civil engineering and improving existing mathematical inequalities for application in physics and engineering
Realistic 3D simulations
Support to the design and research of new processes and the construction of new buildings and engineering projects in industry

Rules of access to the shared resource

Proposed rules of access to the shared resource

Access to the equipment is possible based on free scientific cooperation.

Numerical Modeling Laboratory

Location

Potential application

Rules of access to the shared resource

University of Cadiz

University of Bretagne Occidentale

Kiel University

University of Gdańsk

University of Split

University of Malta

NORD University

University of Algarve

University of Naples Parthenope