Carlo Brunelli

PhD student in computational fluid dynamics. Areas of interest:

  • Julia (of course)
  • Finite Element Method for fluid-dynamics
  • Variational Multiscale Method for incompressible fluids
  • HPC for solving large systems

Talks:

18:30 UTC

SyntheticEddyMethod.jl for fluid dynamics

07/26/2023, 6:30 PM6:40 PM UTC
32-123

Synthetic Eddy Methods (SEM) are a family of techniques used to generate realistic inflow data for Large Eddy Simulation (LES) simulation in fluid dynamics. This is one of the easiest and less memory-consumption inflow generators method. The package SyntheticEddyMethod.jl implements the SEM and recreates a statistically correct and coherent turbulent flow.

14:40 UTC

Airfoil meshing automatization with AirfoilGmsh.jl

07/27/2023, 2:40 PM2:50 PM UTC
32-124

In field of aerodynamic is often required to test different geometries, most of them are standard airfoils. The aim is usually to identify promising geometry for a specific application. Many operations repeat mechanically, and are tedious and time consuming. In specific, the mesh creation is a fundamental but routine task, similar but not identical for all the airfoil and all the test cases. This is where GmshAirfoil.jl comes in handy.

Platinum sponsors

JuliaHub

Gold sponsors

ASML

Silver sponsors

Pumas AIQuEra Computing Inc.Relational AIJeffrey Sarnoff

Bronze sponsors

Jolin.ioBeacon BiosignalsMIT CSAILBoeing

Academic partners

NAWA

Local partners

Postmates

Fiscal Sponsor

NumFOCUS