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Aircraft empennage optimization
Model Reduction for a Variable Geometry Fluid Thermal Proble
Model reduction with variable geometry
A reduced order model to generate fluid-thermal databases
Off-eutectic binary salt finite volume method
Smooth hill validation for wind resource using OpenFOAM
Aircraft empennage optimization
Model Reduction for a Variable Geometry Fluid Thermal Proble
Model reduction with variable geometry
A reduced order model to generate fluid-thermal databases
Off-eutectic binary salt finite volume method
Smooth hill validation for wind resource using OpenFOAM
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R195.00 ZAR
M
•
$15.00 USD
C Programming
Python
Linux
Shell Script
UNIX
•
经验
Head of CFD department
8月 2016 - 现在
Wind resource assessment group leader. CFD group leader.
• Developed CFD methods & models for various aerodynamics applications : complex terrains, buildings, etc. [OpenFOAM]
• Implemented CFD software in FUROW. [OpenFOAM, C++, Bash, MySQL, PHP]
• Developed FUROW (https://solute.es/en/furow), Solute's commercialized wind farm analysis software (data analysis, wind resource assessment, micrositing). [Matlab]
• Taught wind resource/FUROW course in university & companies.
Post-doctoral fellow in numerical simulation of microscale wetting effects
6月 2016 - 8月 2016 (2 个月, 1 天)
Post-doctoral researcher in solidification and wetting.
• Wetting CFD studies using homemade, parallelized finite volume solver (Thétis) for composite material infiltration for turbine blade fabrication. [Fortan, Thétis]
• Co-directed thesis on solidification for thermal energy storage. [Fortan, Matlab]
• Created solidification models with adaptive meshes. [FreeFEM]
Post-doctoral fellow in numerical simulation of composite material impregnation
9月 2015 - 7月 2016 (10 个月, 1 天)
Engineer/post-doctoral researcher in CFD for composites.
• Created a numerical simulation model for resin infiltration of a composite material with a homemade, parallelized finite volume solver (Thétis). [Fortran]
• Developed experiments to test contact angle and capillary rise of ceramic slurry.
教育
PhD in Aerospace Engineering
(3 年)
MSc in Mechanical Engineering with an option in Energetics
(2 年)
BSc in Mechanical Engineering
(4 年)
资质
Laboratory gas security course
Praxair
2014
Two-day course for safely storing and manipulating laboratory gases.
Ansys Fluent modeling course
Ansys
2013
One-week course focusing on CFD modeling in thermal-fluid and multiphase applications.
出版物
Model reduction for a variable geometry
Proceedings of the World Congress on Engineering 2011
A methodology is presented to create reduced models of fluid thermal problems with varying geometry. The methodology is applied to the nonisothermal backward-facing step problem, depending on three parameters: the Reynolds number, the wall temperature, and the step height. Various snapshots are calculated using a computational fluid dynamics (CFD) solver. The resulting reduced order model provides solutions that compare well with their CFD counterparts, in a much smaller CPU time.
A computationally efficient reduced order model to generate multi-parameter fluid-thermal databases
International Journal of Thermal Sciences
A reduced order model (ROM) is proposed to generate multi-parameter databases of some fluid-thermal problems, using a combination of proper orthogonal decomposition, a gradient-like method, and a continuation method. The methodology is illustrated with the non-isothermal flow past a backward-facing step in the laminar regime, which is a representative problem, related to the engineering design of micro-heat sinks.
Model reduction in the back step fluid-thermal problem with variable geometry
International Journal of Thermal Sciences
A reduced-order model (ROM) is created for variable geometry fluid–thermal problems using the method of snapshots. Proper orthogonal decomposition (POD) modes are obtained from the snapshots and are used to define expansions of the flow variables. The associated POD mode amplitudes are obtained minimizing a residual. This methodology is illustrated addressing the problem of heat transfer downstream of a backward facing step in the 2-D steady, laminar regime.
Off-eutectic binary salt finite volume method
Energy Procedia
Non-linear phase diagrams for binary compositions are coupled with Thétis, a finite-volume solver, to calculate charge/discharge solutions for an off-eutectic salt thermal energy storage candidate. A methodology is presented to include non-linear phase diagrams and locally calculated thermal properties in Thétis.
Thermal storage tank at high temperature
Spanish patent ES2567002B1
High temperature thermal storage tank, comprised of stacked monoliths with channels that allow the heat transfer fluid to pass through the monoliths while exchanging heat with the monoliths. Various levels of monoliths are created so as to limit heat transfer between monoliths by radiation and conduction. Intermediate layers of low emissivity material may be added to further reduce radiation heat transfer.
Impregnation of composite materials: a numerical study
Applied Composite Materials
In order to design an efficient manufacturing process able to impregnate ceramic matrix composite material fabrics well, numerical simulations are used to design the process as well as the slurry. Thetis, a finite volume solver, is expanded to take into account capillary pressures on the mesoscale. The resulting tool is used to investigate the effect of varying the slurry parameters as well as process input parameters for two different processes: open bath impregnation and wet lay-up.
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