Matthias Pasquon

Supporting product development with CFD/FEM simulations in R&D team

R&D of components & standards for cables and power systems

Research Engineer / Simulation Expert for Digital Solutions @ Digital Solutions Group, creating digital solutions and simulation methods for cable and power systems to transform LEONI into a digital future

Research projects with industrial customers which contain thermal, fluid or structural simulations with commercial tools: Optimization of a thermal flow sensor (coupled flow/thermal simulation - Ansys CFX) / Development of new classification methods of fine particle suspensions for production of printing inks (simulation of non-newtonian fluid with particles - CFX, particle simulations - EDEM, test bench construction) / Structural analysis of a piezoelectric pressure sensor (simulation in Ansys Mechanical)

Master's Thesis: Implementation of the double multiple streamtube model for vertical axis wind turbines

Semester Thesis 2: Variable blade pitch optimization of a vertical axis wind turbine using CFD; Semester Thesis 1: Simulation and optimization of a bike brake disc (coupled simulation of thermal, flow and structural analysis in Ansys/Comsol)

Bachelor Thesis: Simulation and analysis of a spray system in Ansys CFX with particles