Jorge Bustamante

Development of a Python tool for generating modal models from Abaqus lightweight structures with associated solver implementation to reduce computing time in multiphysical coupling environments Design of nonlinear adaptive structures and their numerical FSI analysis for passive load reduction under dynamic loads Development of a Python module for parameterized wing preliminary design as an extension of the in-house Abaqus FE model generator, including structural dimensioning based on EASA CS-25 load case

Validation of digital aircraft models through coupled FSI flight dynamics simulations based on experimental flight test data as a basis for virtual certification CFD-based analysis of the influence of turbulence modeling on aerodynamic loads in transonic flows with separation and strong vortex formation CFD-based parametric studies for the optimization of innovative gust generator concepts for CS-25-compliant 1-cos gust profiles for wind tunnel