Modelling & Simulation


Our modelling and simulation technologies cover both the component and the system level.

Concerning component modelling and simulation, we employ state-of-the-art tools for CFD, FEM, and so forth.

As for system modelling and simulation we conversely rely on equation-based, object-oriented (EOOLT) methods, having the Modelica language as the one of election.

Our system-level approach is completely domain-indipendent, so that it is possible to seamlessly combine models covering different engineering domains (mechanical, thermal, thermo-hydraulic, hydraulic, pneumatic, electrical, control) within the same framework, i.e. with a single software tool. This can be vital for innovative applications, such as studying integrated plants (that combine very different sub-systems) or developing sophisticated components.

Plus our technology exploits efficient numerical solvers, both fixed- and variable-step, and is naturally keen to distributed simulation, Hardware In the Loop (HIL), Software In the Loop (SIL) and RCP applications (Rapid Control Prototyping). 

Visit the Solutions page to see how the approach is put to work.