Based on the numerical tools developed in past projects carried on in collaboration with MOXOFF in the framework of a long lasting collaboration with Tetra Pak Packaging Solutions, a new research activity has been started focusing on the adoption of transpiration boundary condition for fluid-structure interaction simulations of the forming and filling process in liquid food packaging systems. This simplified FSI approach will allow to simulate on a fixed grid the elastic wave generated by the forming of the package which propagates along the carton tube on a fixed grid.
You may also like
A new paper presenting a novel technique for simultaneously extrancting multiple model parameters for Organic Semiconductor materials from simple measurement data was […]
A paper on a p-adaptive approach to LES modelling of compressible flows with DG methods has been published by Antonella Abbà, Luca […]
A new MOX report entitled “Real-time simulation of parameter-dependent fluid flows through deep learning-based reduced order models” by Stefania Fresca and Andrea […]
A new MOX report proving the convergence of cell centered finite volume discretisations used in the OpenFOAM software for the Laplace operator […]