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NuMath
(Numerical Methods in aerospace technology)
is a research group belonging to the
School of Aeronautical and Space Engineering
(Polytechnic University of Madrid)
. The objective of the group is to develop new numerical methods to improve several aspects related to the aerospace technology.
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Stability Analysis
Multiphase Flow
High Order Methods
CFD Industrial Applications
Mesh Generation
Complex Systems
Energy Measurements
Lattice Boltzmann Method
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Flow Databases
Close Flow Databases
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2D cylinder - Re
D
= 60
NUMATH We are working on this section, please come back later 2D Cylinder – RED = 60 50%
Turbulent Channel Flow - Re
T
= 200
NUMATH Download Description of the database Download the Database (12GB) Download the Script loadDB.m...
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Horses3D
Overview HORSES3D is a 3D parallel code that uses the high–order Discontinuous Galerkin...
Dynamic Mode Decomposition (DMD)
Dynamic Mode Decomposition (DMD) is a feature detection algorithm that allows to identify recurring patterns...
Optimization Algorithms and Game Theory
Optimization Algorithms and Game Theory An optimization tool is developed specially for stability problems,...
Optimization, Stability and Sensitivity
On the stability analysis of compressible and turbulent Navier-Stokes flows, a smart and efficient use...
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NUMATH
Category: Journal Articles
Year
2015 |
Authors
Esteban Ferrer | Richard HJ Willden
Blade-wake interactions in cross-flow turbines
International Journal of Marine Energy, Vol 11, p71?83
Year
2015 |
Authors
Moritz Kompenhans | Esteban Ferrer | Miguel Chávez Modena | Eusebio Valero
Numerical study of three dimensional acoustic resonances in open cavities at high Reynolds numbers
Aerospace Science and Technology
Year
2015 |
Authors
Esteban Ferrer | Javier de Vicente Buendía | Eusebio Valero
Low cost 3D global instability analysis and flow sensitivity based on dynamic mode decomposition and high-order numerical tools
International Journal of Numerical Methods in Fluids, Vol 76, Issue 3, p169-184
Year
2015 |
Authors
Esteban Ferrer | MC Iorio | LM Gonzalez
Direct and adjoint global stability analysis of turbulent transonic flows over a NACA 0012 airfoil
International Journal of Numerical Methods in Fluids
Year
2015 |
Authors
Marta Cordero Gracia | J Ponsin | François Fraysse | Mariola Gómez López
An adjoint-truncation error based approach for goal-oriented mesh adaptation
Aerospace Science and Technology
Year
2015 |
Authors
Nuno Vinha | G Paniagua | M C Iorio | J Sousa
Design and analysis of pioneering high supersonic axial turbines
International Journal of Mechanical Sciences
Year
2016 |
Authors
François Fraysse | C Redondo | Gonzalo Rubio | Eusebio Valero
Upwind methods for the Baer–Nunziato equations and higher-order reconstruction using artificial viscosity
Journal of Computational Physics 326, 805-827
Year
2016 |
Authors
Moritz Kompenhans | Gonzalo Rubio | Esteban Ferrer | Eusebio Valero
Comparisons of p-adaptation strategies based on truncation- and discretisation-errors for high order discontinuous Galerkin methods
Computers & Fluids, Vol 139, p 36-46, 2016
Year
2016 |
Authors
Moritz Kompenhans | Gonzalo Rubio | Esteban Ferrer | Eusebio Valero
Adaptation strategies for high order discontinuous Galerkin methods based on Tau-estimation
Journal of Computational Physics, Vol 306, p 216-236, 2016
Year
2016 |
Authors
Nuno Vinha | Fernando Meseguer Garrido | Javier de Vicente Buendía | Eusebio Valero
A dynamic mode decomposition of the saturation process in the open cavity flow
Aerospace Science and Technology 52, 198-206
Numath
About Us
Research
Stability Analysis
Multiphase Flow
High Order Methods
CFD Industrial Applications
Mesh Generation
Complex Systems
Energy Measurements
Lattice Boltzmann Method
People
Projects
Flow Databases
Turbulent Channel Flow – ReT=200
2D cylinder – Re
D
= 60
Tools
Horses3D
Optimization Algorithms and Game Theory
Optimization, Stability and Sensitivity
Dynamic Mode Decomposition (DMD)
Publications
Journal Articles
Chapters
Books
Conferences
Events
Employment
Seminars