Fabian Cano

• Definition of propulsive architecture • Design, analysis and tests on propulsive subsystems (combustion chamber, regenerative cooling system, injectors, etc.) • Modeling and Simulation of fluid and thermal phenomenon involved in propulsive subsystems. • Determine production processes and control to ensure manufacturing of pieces and improve production efficiency. • Manage internal fabrication or in partnerships. • Reporting and updating technical documents.

Fundamentals of Process Engineering – 3rd Year (Engineering Students) – Polytech University of Orléans Implementation of Separation Unit Operations – 2nd Year B.U.T. in Chemistry – IUT Chemistry 45

Fluids team member: Interface between fluids, propulsion and architecture team Sizing and dynamic modeling of fluid processes Define technical specifications and monitor suppliers Analyze test results to optimize performance and reliability, Reporting Develop the test logic for the ground segment and stages

High Vacuum, Cryogenics, experiments, modeling and CFD simulations CFD simulations for LH2 storage and shipping applications at GTT (Gaztransport et technigaz). Flow modeling on molecular/viscous regimes at cryogenic conditions. Development of experimental methods to study cryogenic phenomenology Development of experimental methods to study high vacuum process.

Posdoctorate fellow: Hydrogen safety Flame acceleration Liquid hydrogen spills Flammability limits Flame speed Shock tubes

Experimental tests in Synchrotron light source facilities. Experimental tests in laboratory using shock tube techniques. Chemical kinetics Mass spectrometry Gas chromatography Laser diagnostics

Thermal Engines, motors, turbines. Maintenance. Lubrication and Tribology. Industrial Electricity networks. Electrical Motors. Solar energy.

CFD numerical simulations. Thermal-Multiphase gas/liquid/solid CFD simulations.

Combustion CFD simulations. Thermal-Multiphase CFD simulations. Thermal equipment experiments. Measurement techniques for heat-mass transfer and reactive flow. Heat recovery systems design. Teaching of Heat and mass transfer and Combustion. Teaching in Technical Drawing.

Project: Multi-scale experimental study on the nanoparticles chemistry by shock tube techniques More info in the next link:

Research Work: Theoretical and experimental analysis of the combustion of natural gas-hydrogen mixtures under the flameless combustion regime More info in the next link:

Degree work: Numerical and experimental study of heat and mass transfer in a submerged combustion system More info in the next link:

Degree Work: Maintenance and repair of a thickening machine