Biomedical devices are a typical application where virtual engineering can provide a lot of benefits, investigating the device in its working environment, checking for failures in a very safe way.

The software FLOW-3D can help you in simulate (with a realistic 3D approach) several fluid dynamics conditions.
Users can quickly import any 3D cad geometry into the software, setting the fluid to simulate, electrical properties or working condition, and run the calculation.

Simulation provides in output several information related to the device, like:
    • pressure and velocity value in every point at every time-frame
    • temperature field inside the device at every time-frame
    • particle dynamics
    • surface tension forces
    • contact angles/capillarity effects
    • vorticity and stagnation zones
    • flow efficiency
    • electric charge distribution
    • deformation of walls or membranes
    • forces produced by fluid on the container

Additionally, users can add in the simulation a very rich multi-physics, like: multiple solid moving objects, deformable components, evaporation/condensation phenomena, electrically charged particles, or surface tension and capillarity effects.

Nowadays, to get into the market with the highest quality level product as possible, it is often used to perform an optimization study of a specific design.
To search for very extremum performance in a very quick way, try the software IOSO Technology (by SigmaTechnology).
IOSO will work in loop with your modeling tools, using a new optimization "push-button" technology, that adopt a Self-Organization Strategy making use of up to 7 different well-known optimization methods (gradients, genetic, neural network, search region,...).