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IS17b - Advanced numerical models for industrial applications based on the OpenFOAM library
Corresponding Organizer: Prof. Nicola Parolini (Politecnico di Milano )
Chaired by:
Prof. Nicola Parolini (Politecnico di Milano , Italy)
Prof. Nicola Parolini (Politecnico di Milano , Italy)
Scheduled presentations:
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Numerical Simulation of Polymer Mixing Processes with the Immersed Boundary Method in OpenFOAM
G. Negrini*, N. Parolini, M. Verani, D. Cerroni -
Improving airflow monitoring and control solutions in wind energy and agroecology sectors
V. Resseguier*, L. Wallian, D. Heitz, G. Stabile -
A segregated Finite Volume - Spectral Element Method for aeroacoustic problems
A. Artoni*, N. Parolini, F. Semeraro, P. Schito, D. Rocchi, I. Mazzieri, P. Antonietti, R. Corradi -
OpenFOAM Numerical Analysis of the Diurnal Cycle of Thermally-Driven Winds on Mars
S. Arias*, J. Rojas, A. Montlaur -
An immersed boundary method in OpenFOAM for industrial applications
M. Girfoglio*, G. Rozza