Dr. Rossella Rotondi

Berufserfahrung von Rossella Rotondi

• Bis heute 2 Jahre und 10 Monate, seit Sep. 2021

  Lean and Agile

  Vitesco Technologies GmbH (Continental AG)

• 11 Jahre und 7 Monate, Dez. 2007 - Juni 2019

  CFD Expert

  Continental AG

  - Combustion and Nozzle flow simulations - Leading the definition, planning and conduction of combustion simulation experiments - Supporting the complex interpretation of experimental data

• 1 Jahr und 8 Monate, Mai 2006 - Dez. 2007

  CFD Expert

  SIEMENS

  - specialising in 3D-computational fluid dynamics and combustion simulation - programming of suitable software - Leading the definition, planning and conduction of combustion simulation experiments - Validation of results with experimental data - Coordination of internal and external simulation efforts - Supporting the complex interpretation of experimental data - benchmarking of commercial codes - Acquisition and communication of the technical state-of-the-art in combustion simulation

• 2 Jahre und 5 Monate, Dez. 2003 - Apr. 2006

  Researcher

  Università di Roma Tor Vergata

  CFD in Internal Combustion Engines. Two-phase flows. Development and test of a LBM (Lattice Boltzmann Method) code for two-phase flows. Droplet collision modeling.

• 10 Monate, Feb. 2003 - Nov. 2003

  Postdoctoral Researcher

  istituto di applicazioni del calcolo, CNR, Rome ITaly

  Lattice Boltzmann Method. Applications to catalytic converters, micro-reactors, micro-channels.

• 2 Jahre, Feb. 2001 - Jan. 2003

  researcher

  Università degli Studi di Roma La Sapienza

  Development of a LBM code and applications. CFD in ICE. Study of mixture formation in Diesel engines. Modeling of evaporation and spray-wall interaction.

• 2003 - 2003

  Adjunct Professor

  Università di Catania

  Teaching of a compact course: Fluid-dynamics of the intake and exhaust system of Internal Combustion Engines

• 1 Jahr und 3 Monate, Nov. 1999 - Jan. 2001

  researcher

  seconda università di napoli

  Title of Project: “Dynamic analysis and development of highly reliable chemical reactors and control systems: methane oxidation and phenol production” Study of reactive flows. Detailed kinetics. Modeling methane combustion in a spark ignition engine.