Vienna, Vienna, Austria
MSc. Mechanical engineer passionate about mechanics of materials and structural analysis. My profficiency in Computer-Aided Design coupled with experience in Finite Element Analysis and solid mechanics theory, fuel my commitment to innovation in engineering.
Structural analysis of cryogenic hydrogen tanks using FEA, with a focus on thermomechanical behavior during filling and refueling. Contribution to European (ALRIGH2T) and national (AUTARK) research projects on lightweight hydrogen storage for aircraft.
Thesis: Thermo-structural behavior of cryogenic tanks during cooldown: A comparison between analytical and numerical methods. https://repositum.tuwien.at/handle/20.500.12708/218226
Structural analysis of elevator components using finite element analysis (FEA) on ANSYS Workbench and analytical tools on Mathcad. My duties are focused on the lighweighting and stress validation of sheet metal brackets by thickness reduction coupled with strengthening features such as ribs, beads and bendings.
Materials to Products Research Group - Department of Mechanical Engineering - Finite Element Analysis (FEA) of sheet metal forming processes on Advanced High Strength Steels (AHSS) using ABAQUS Explicit. -Focus on the analysis of shear‑induced edge imperfections on the formability of AHSS, using non‑linear explicit simulations (VUMAT subroutine). Validation of models with experimental Hole Punch & Hole Expansion tests.
Laboratoire de Mécanique des Solides (LMS) - Conducted experimental Dynamic Mechanical Analysis of carbon-based phase-change materials for thermal management applications. - Utilized Python and the Pyvisco library for data analysis and viscoelastic model fitting. - Led weekly meetings with THALES, presenting experimental and simulation results to demonstrate project progress.
Design of plastic products at the level of product engineering, selection of materials and optimization of manufacturing processes. - Analysis of structural integrity and failure using COMSOL Multiphysics software. - Computational analysis of the injection molding process using Sigmasoft Virtual Molding software. - Validation of products with geometric and structural flaws improving life time, structural resistance and reducing raw materials consumption and production times.