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- Resultados y actividad
Situación actual
Grupo de investigacion
Dinámica y estabilidad no lineal en ingeniería aeroespacial
Miembro
2015-03-12
Departamento Universitario
MATEMÁTICA APLICADA A LA INGENIERÍA AEROESPACIAL
Titular Universidad
2023-04-14
Temáticas más frecuentes
Timeline
Tramos de docencia
1
Último concedido: 2021
Tramos de investigación
2
Último concedido: 2022
Publicaciones
Agencias
Nº Documentos
Nº Citas
h-index
Q1
D1
IFNA
IFNB
IFNESI
WoS
January 2025
77
543
13
48
29
1.28
1.37
1.72
Scopus
January 2025
103
1774
24
61
38
0.83
0.93
-
Europe PMC
January 2025
1
-
-
-
-
-
-
-
Dialnet
January 2025
1
-
-
-
-
-
-
-
Google Scholar
January 2025
12
106
6
-
-
-
-
-
Porcentaje en Q1
1/5
Porcentaje en D1
2/10
Indexada en
Colaboración
+
−
Publicaciones en Altmetrics
Publicaciones en redes sociales: 0 / 74
Porcentaje: 0.00%
Puntuación: 0
Puntuación media:
0 / 74 = 0.000
Proyectos I+D+i
Miembro
Coordinador/a
Asignatura / Curso
Grupos, Redes
Colaboración institucional últimos 5 años
Resultados y actividad
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Proyectos de Innovacion Docente1 |
Proyectos I+D+I y Ayudas11 |
Publicaciones105 |
Trabajos presentados en Congresos u Otros Eventos34 |
No data73 |
Q152 |
Q26 |
Q32 |
Q418 |
2 circular-cylinders1 |
3-dimensional boundary-layers1 |
3-dimensional coherent structures2 |
3-dimensional separation1 |
absolute1 |
Actual flight1 |
Actuators2 |
Adaptive reduced order model1 |
Adjoint solution1 |
Advection-diffusion problems1 |
Aerial vehicle1 |
aerodynamic coefficients1 |
Aeroelastic analysis1 |
Aeroelastic flutter1 |
Aeroelastic modes1 |
Aeroelasticity1 |
aerospace1 |
Aerospace1 |
aerospace engineering1 |
Aerospace engineering1 |
Aerospace medicine1 |
Affordable and clean energy1 |
Air1 |
Air navigation1 |
Air quality1 |
Airborne virus1 |
Aircraft control1 |
airfoil1 |
Airfoil1 |
Algorithm1 |
Algorithms2 |
Animals1 |
Antennas1 |
Application programs1 |
Arma1 |
Array of cylinders1 |
Article1 |
artificial intelligence1 |
Artificial intelligence2 |
Artificial intelligence learning1 |
artificial neural-networks1 |
Atmospheric boundary-layer1 |
Attachment-line1 |
Auto encoders1 |
Aviation3 |
Axisymmetric zero-net-mass flux jet1 |
Backward-facing step1 |
Bifurcations1 |
Big data1 |
Bingham fluid1 |
Biosensing techniques1 |
biosensor1 |
Biosensor1 |
Blasius boundary-layer1 |
Blood1 |
Blood flow1 |
Blood vessels1 |
Body2 |
border1 |
Boundary prediction1 |
Boundary-layer1 |
buildings1 |
Cardiac cine mri1 |
Cardiac flow1 |
Cardiac pathology recognition1 |
Cartesian grid method1 |
Cavity flows1 |
Cfd3 |
Channel flow1 |
Chaotic time-series1 |
Circular cylinders2 |
Circular-cylinder3 |
circular-cylinder1 |
Classical theory1 |
classification2 |
Classification1 |
Climate action2 |
Clustering algorithms1 |
Coherent structure2 |
Coherent structures3 |
coherent structures2 |
Combustion instabilities1 |
Competence1 |
Complex dynamics1 |
complex flows1 |
Complex flows1 |
Complex ginzburg landau-equation1 |
Complex ginzburg-landau equation2 |
Complex ginzburg–landau equation2 |
Complex networks1 |
Computational fluid1 |
Computational fluid dynamics1 |
Computational fluid mechanics1 |
Computational time1 |
computationally-efficient1 |
Computer aided software engineering1 |
Computer simulation1 |
Concentric jets1 |
Confined square cylinder wake1 |
Conjugate heat transfer1 |
Connections1 |
Control planning1 |
Control system synthesis1 |
Controlled drug delivery1 |
Convolution1 |
Convolutional neural network1 |
convolutional neural networks1 |
Convolutional neural networks3 |
Coronavirus1 |
Criterion2 |
Cross flows1 |
Cross-flow2 |
Cross-flow turbine1 |
Crystal microbalance sensor1 |
cylinder2 |
Cylinder3 |
Cylinder wake3 |
Cylinders (shapes)1 |
Data analysis3 |
Data driven4 |
Data driven reduced order model1 |
Data driven reduced order models1 |
Data forecasting2 |
Data forecasting in wind turbines1 |
Data handling1 |
Data processing methods1 |
Data reconstruction1 |
Data reduction3 |
Data repairing1 |
Data science2 |
data synchronization1 |
Data synchronization1 |
Data-driven methods10 |
data-driven methods2 |
Data-driven rom1 |
Database systems1 |
Decomposition4 |
decomposition1 |
Decomposition algorithm2 |
Deep learnin1 |
Deep learning7 |
deep learning2 |
deep learning architectures1 |
Deep learning architectures1 |
Deep neural networks1 |
Deep-learning1 |
Delayed snapshots1 |
Design1 |
Detached-eddy simulation1 |
Dg1 |
Difference-methods1 |
Different geometry1 |
Direct numerical simulation1 |
direct numerical simulations1 |
direct numerical-simulation1 |
Direct numerical-simulation3 |
Direct solution1 |
Direct-numerical-simulation1 |
discarding variables1 |
Discontinuous galerkin2 |
Discontinuous galerkin method2 |
Diseases1 |
Dispersion1 |
Dispersion-diffusion analysis1 |
Dissipative systems1 |
Dmd11 |
Double concentric jets1 |
Drag reduction2 |
Droplets1 |
Dynamic1 |
dynamic adaptive chemistry1 |
Dynamic mode decomposition6 |
Dynamic mode decomposition (dmd)2 |
Dynamic mode decompositions4 |
Dynamic-mode decomposition19 |
dynamic-mode decomposition1 |
Dynamical systems2 |
dynamics3 |
Dynamics3 |
E criterion n1 |
E(n) criterion1 |
echocardiography1 |
Echocardiography1 |
Echocardiography imaging1 |
Eigensolution analysis2 |
Eigenvalues and eigenfunctions1 |
Elastic behaviour1 |
Elastic turbulences1 |
Elastic waves1 |
Element1 |
Empirical mode decomposition (emd)1 |
Energy transitions1 |
Environmental monitoring1 |
Equations2 |
eu1 |
Evaporation1 |
Evolution3 |
excited combustion instabilities1 |
Experiments2 |
Far-wake1 |
Fda nozzle1 |
Feature detection1 |
Female1 |
field1 |
Field1 |
Finite difference method1 |
Finite volume methods1 |
Finite-difference approximations2 |
Finite-element-method1 |
Fixed wings1 |
Flames1 |
Flight control1 |
Flight control systems1 |
Flight flutter testing1 |
Flight test1 |
Flight test data1 |
Flo1 |
Floquet stability analysis1 |
Flow7 |
flow3 |
Flow around circular cylinder1 |
Flow condition1 |
Flow control2 |
Flow data1 |
Flow fields1 |
Flow instabilities2 |
Flow of air1 |
Flow patterns1 |
Flow prediction1 |
Flow properties1 |
Flow separation1 |
Flow structure2 |
Flow structures7 |
Flow topology4 |
Flow-control1 |
Flow-pattern1 |
Flows1 |
flows1 |
Fluid dynamics8 |
fluid dynamics3 |
Fluid mechanics2 |
Fluid-dynamics3 |
Fluid-flow1 |
Fluid-structure interaction1 |
Fluids1 |
Flutter1 |
Flutter (aerodynamics)2 |
Flutter testing1 |
Flux reconstruction2 |
Forecasting1 |
Forecasting models1 |
Fourier-analysis1 |
Frequency lock-in1 |
Fundamental frequencies2 |
Galerkin methods1 |
Gappy1 |
gas1 |
Geometry1 |
Global instability2 |
Global linear flow instability analysis1 |
Global linear instability1 |
Gnc1 |
Group theory1 |
Guidance navigation and controls1 |
heart1 |
Heart2 |
Heat transfer1 |
Heat-transfer1 |
Hemisphere-cylinder2 |
heteroclinic cycles1 |
High order discontinuous galerkin2 |
High order dynamic mode decomposition3 |
High weissenberg number1 |
High-dimensional1 |
High-fidelity2 |
high-fidelity les1 |
High-fidelity les1 |
High-order1 |
High-order dynamics4 |
High-order finite difference method1 |
High-order finite-differences1 |
High-order methods1 |
Higher order dynamic mode decomposition12 |
higher order dynamic mode decomposition4 |
Higher order dynamic mode decomposition (hodmd)1 |
higher order singular value decomposition1 |
Higher order singular value decomposition1 |
Higher-dimensional1 |
higher-order dynamic mode decomposition1 |
Higher-order dynamic mode decomposition2 |
Higher-order dynamics6 |
Hodmd12 |
hodmd2 |
Hosvd1 |
Human1 |
Humans3 |
Humidity1 |
Hydrodynamics1 |
Hypertrophy1 |
identification1 |
Identification3 |
Image processing, computer-assisted1 |
Image recognition1 |
Immersed boundary method1 |
Implicit1 |
Imputation1 |
Incompressible flows1 |
Indoor space1 |
Industry, innovation and infrastructure1 |
Insights1 |
Instability7 |
instability1 |
Instability analysis2 |
Interference1 |
interpolation2 |
Interpolation1 |
Intrusion detection1 |
Italy1 |
Iterative methods1 |
Jacobian matrices1 |
Jacobian-free newton-krylov1 |
Jellyfish1 |
jet1 |
jet flames1 |
Jetflows1 |
Kinetic theory1 |
Koopman analysis1 |
Koopman modes2 |
Koopman operator2 |
laminar1 |
laminar flow1 |
Laminar flow2 |
Large eddy simulation1 |
Large scale systems1 |
Large-eddy simulation1 |
large-eddy simulation1 |
Large-scale eigenvalue problems1 |
Layer1 |
Learning algorithms1 |
Learning architectures1 |
Learning models1 |
Learning systems4 |
Left ventricle model1 |
Light detection and ranging (lidar)1 |
Linear instability characteristics1 |
Linear stability analysis2 |
Linear stability theory1 |
Linear-stability1 |
Low order algorithms1 |
Low reynolds number1 |
Low reynolds-numbers1 |
Low-order model1 |
Low-reynolds number1 |
Machine learning6 |
machine learning2 |
Machine-learning1 |
machine-learning methods1 |
Machine-learning methods1 |
machines1 |
Magnetic resonance imaging1 |
Magnetic resonance imaging, cine1 |
Main frequency1 |
Major clinical study1 |
Male1 |
Manifold1 |
Manual interaction1 |
Mathematics1 |
Matrix factorization1 |
Maximum energy growth1 |
Mean square error1 |
Mechanism1 |
medical imaging1 |
Medical imaging1 |
Mice1 |
Modal decomposition5 |
Modal decompositions2 |
modal decompositions1 |
Mode decomposition4 |
Model free1 |
model-reduction1 |
Models1 |
Motion planning1 |
Motion-planning1 |
motivation1 |
Mr1 |
Multi-body1 |
Multi-body configuration1 |
Multiphase flow1 |
Multiple linear regression analysis1 |
Myocardial infarction1 |
Natural frequencies2 |
Navier-stokes equations2 |
need1 |
Network architecture1 |
networks1 |
Neural network architecture1 |
neural networks1 |
Neural networks1 |
Neural-network1 |
Neural-networks2 |
New applications2 |
Newtonian solvents1 |
Newtonians1 |
No mostrar56 |
Non linear2 |
non-intrusive inspection1 |
Non-intrusive inspection1 |
Non-linear coupling1 |
Non-linear mode decomposition1 |
Non-modal analysis2 |
Nonlinear coupling1 |
Nonlinear dynamical sys-tems1 |
Nonlinear dynamical systems3 |
Nonlinear flow1 |
Nonlinear instability1 |
Nonlinear mode1 |
Nonlinear stability1 |
nose1 |
Novel devices1 |
Novel methods1 |
Numerical methods2 |
Numerical models1 |
numerical-simulation1 |
Oblique1 |
Obstacles1 |
obstacles2 |
Odour analysis1 |
Offshore oil well production1 |
Offshore wind turbines1 |
Open source software1 |
Open systems1 |
Open-source software1 |
Open-source softwares1 |
Optimal vortex1 |
Optimization1 |
order2 |
Orthogonal modal1 |
Orthogonal sets1 |
Parallel1 |
Parallel flow1 |
Parallel solution1 |
particle image velocimetry1 |
Particle image velocimetry1 |
Particle paths1 |
Pattern identification1 |
Patterns2 |
Patterns identification1 |
pde surrogates2 |
Pde surrogates2 |
Periodic and quasi-periodic attractors1 |
Personal computers1 |
Personal protective equipment1 |
Physical mechanism1 |
Physical phenomena1 |
Planar jets1 |
Plate boundary-layer1 |
Po1 |
Pod8 |
pod3 |
Point1 |
Poiseuille flow1 |
Pollen1 |
pollutant dispersion1 |
Pollutant dispersions1 |
Polymers1 |
Post-processing1 |
Prediction3 |
pressure sensitive paint1 |
Pressure sensitive paint1 |
Preventive measures1 |
Principal component analysis7 |
principal component analysis1 |
principles of flight1 |
Principles of flight1 |
prism1 |
Probabilistics1 |
Procedures1 |
Proper orthogonal decomposition5 |
proper orthogonal decomposition2 |
Proper orthogonal decomposition (pod)1 |
Proper orthogonal decompositions1 |
Protective clothing1 |
Quality education1 |
Quasi-periodic1 |
Quasi-periodic attractors1 |
Quasiperiodic dynamics1 |
Radiography1 |
reacting flows1 |
Reacting flows2 |
Receptivity1 |
Reconstruction3 |
Rectangular duct1 |
Recurrent neural-networks1 |
Reduced order model6 |
Reduced order model (rom)1 |
Reduced order modelling2 |
Reduced order models7 |
reduced order models1 |
Reduced-order model4 |
Reduced-order models1 |
Reduction3 |
Regression model1 |
Reinforcement learning1 |
Reinforcement learnings1 |
Repair2 |
Resolution enhancement1 |
Resolvent analysis1 |
Reynold number1 |
Reynolds number3 |
Reynolds-numbers1 |
Robustness (control systems)1 |
Root mean squared error1 |
Rotating machinery1 |
Schemes1 |
Secondary instability1 |
securitisation1 |
security1 |
Security1 |
selection1 |
sensitivity1 |
Separation1 |
shadowgraph1 |
Shadowgraph1 |
Shear flow2 |
Shear layer instability1 |
Shock boundary layer interaction1 |
shock-separation features1 |
Shock-separation features1 |
Simulation4 |
Simulations2 |
Singular value decomposition3 |
singular value decomposition1 |
Singular-value decomposition1 |
Small amplitude1 |
Small amplitude perturbations1 |
Soft computing4 |
Software testing1 |
Solver1 |
Sparse linear algebra1 |
Spatial direction1 |
Spatial discretizations1 |
Spatio temporal2 |
Spatio-temporal1 |
Spatio-temporal dynamics1 |
Spatio-temporal koopman decomposition2 |
spatio-temporal koopman decomposition1 |
Spatio-temporal structures1 |
Spatiotemporal analysis1 |
spectral proper orthogonal decomposition1 |
Spectral proper orthogonal decomposition1 |
Spectral-analysis2 |
Spectral/hp methods1 |
Spectroscopy1 |
Sphere1 |
Spread of disease1 |
square cylinder1 |
Stability5 |
stability2 |
Stability analysis4 |
stability analysis1 |
stall1 |
stem degree1 |
Stem degree1 |
Stkd3 |
Stochastic estimation1 |
Stokes1 |
Structural dynamics1 |
Structural sensitivity2 |
Structure identification1 |
Summation1 |
supersonic flows1 |
Supersonic flows1 |
Svd1 |
Synthetic jet2 |
Synthetic jets4 |
synthetic jets1 |
Synthetic models1 |
system1 |
Systems4 |
Systems-driven1 |
Tandem cylinders1 |
Technology1 |
Temporal extrapolation from spatio-temporal databases1 |
Temporal flow1 |
Testing data1 |
Thermal convection in spherical shells2 |
Thermal field1 |
Three dimensional computer graphics1 |
Three dimensional instability1 |
three-dimensional cylinder1 |
Three-dimensional cylinder1 |
Three-dimensional flow1 |
three-dimensional flow reconstruction1 |
Three-dimensional flow reconstruction1 |
Three-dimensional reconstruction2 |
Time integration1 |
Time integration, implicit1 |
Time series analysis1 |
Time-series1 |
Topology patterns1 |
Tortuosity1 |
Transient1 |
Transient dynamics1 |
Transition2 |
Transition prediction1 |
Transition to turbulence1 |
Transitional regimes1 |
Transmissions1 |
transport1 |
Transport1 |
Transport properties1 |
Traveling waves1 |
traveling-waves1 |
Trend1 |
Tumors1 |
Turbulence10 |
turbulence3 |
Turbulence flow1 |
Turbulence modelling1 |
turbulence models1 |
Turbulence simulation1 |
Turbulent boundary layers1 |
Turbulent flow3 |
turbulent flows2 |
Turbulent flows2 |
Turbulent wake1 |
turbulent-boundary-layers2 |
Two dimensional field1 |
Two dimensional flow fields1 |
Two dimensional plane1 |
Two-dimensional1 |
Two-dimensional cylinder2 |
two-phase flow1 |
Two-phase flow1 |
Ua1 |
Uav1 |
Unmanned aerial vehicles (uav)1 |
unsteadiness1 |
Urban environments1 |
urban flow1 |
Urban flow1 |
Urban flows1 |
Urban pollutions1 |
variational autoencoders1 |
Variational autoencoders1 |
varimax rotation1 |
Varimax rotation1 |
Vehicle control1 |
Velocity1 |
Velocity field1 |
Velocity fluctuations1 |
Ventilation1 |
ventricle1 |
Vertical axis wind turbine1 |
Virus transmission1 |
Viscoelasticity1 |
Vision transformer1 |
Vision transformers1 |
Visual servoing1 |
Volume penalization1 |
vortex1 |
Vortex2 |
vortex dynamics1 |
Vortex dynamics1 |
Wake5 |
wake3 |
Wake interaction1 |
Wake interactions1 |
wake structures1 |
Wakes6 |
wakes1 |
wall1 |
Wall1 |
Weather2 |
Wind turbines5 |
wind-tunnel1 |
X-ray1 |
X-ray machine1 |
Zero-net-mass-flux1 |
Zero-net-mass-flux jet1 |
20251 |
202413 |
202316 |
202222 |
20218 |
202010 |
201914 |
201819 |
201728 |
20161 |
20155 |
20142 |
20133 |
20123 |
20116 |
Procesando...
Reference | Date | ||
---|---|---|---|
Md | Mejoras del rendimiento aerodinámico de alas mediante control de mecanismos de inestabilidad globalGÓMEZ CARRASCO, FRANCISCO (Participante); LIU, QIONG (Participante); LE CLAINCHE MARTINEZ, SOLEDAD (Participante); RODRIGUEZ SEVILLANO, ANGEL ANTONIO (Participante); HERMANNS, MIGUEL (Participante); PEREZ PEREZ, JOSE MIGUEL (Participante); GANDIA AGUERA, FERNANDO (Participante); GOMEZ BLANCO, RAFAEL (Participante); CUERNO REJADO, CRISTINA (Participante); RODRIGUEZ ALVAREZ, Daniel (Participante); THEOFILIS, Vassilios (Investigador principal (IP))Ministerio de Economia y Competitividad (MINECO/SEIDI); Universidad Politécnica de Madrid ; Plan NacionalTRA2012-34148 | 2013 | |
UP | Nuevas herramientas y modelos para predecir la progresión de la enfermedad cardíaca y la respuesta al tratamientoIAN HETHERINGTON, ASHTON (Miembro del equipo de trabajo); SOLE MIRO, POL (Miembro del equipo de trabajo); BELL NAVAS, ANDRES (Miembro del equipo de trabajo); LAZPITA SUINAGA, ENEKO (Miembro del equipo de trabajo); MARTINEZ CARRASCAL, JON (Participante); FERRER VACCAREZZA, ESTEBAN (Participante); PEREZ PEREZ, JOSE MIGUEL (Participante); CORROCHANO CALCERRADA, ADRIAN (Miembro del equipo de trabajo); SAAVEDRA LAGO, LAURA (Participante); ABADIA HEREDIA, SANTOS RODRIGO (Miembro del equipo de trabajo); GARICANO MENA, JESUS (Investigador principal (IP)); LE CLAINCHE MARTINEZ, SOLEDAD (Investigador principal (IP))Universidad Politécnica de Madrid ; Ministerio de Ciencia e Innovación (MICINN); Ministerio de Ciencia e Innovación (MICINN); Centro Nacional de Investigaciones Cardiovasculares Carlos III (F.S.P) / Fundac. Centro Nacional de Investigaciones Cardiovasculares Carlos III; Centro Nacional de Investigaciones Cardiovasculares Carlos III (F.S.P) / Fundac. Centro Nacional de Investigaciones Cardiovasculares Carlos III; Ministerio de Ciencia e Innovación (MICINN); Universidad Politécnica de Madrid ; Universidad Politécnica de Madrid ; Plan Estatal 2021-2023TED2021-129774B-C21 | 2022 | |
Md | Mecanometabolismo de la insuficiencia cardiaca asociada a la edad - CardioAgingGARICANO MENA, JESUS (Miembro del equipo de trabajo); CORROCHANO CALCERRADA, ADRIAN (Miembro del equipo de trabajo); LE CLAINCHE MARTINEZ, SOLEDAD (Investigador principal (IP))Ministerio de Ciencia e Innovación (MICINN); Universidad Politécnica de Madrid ; Universidad Politécnica de Madrid ; Ministerio de Ciencia e Innovación (MICINN); Centro Nacional de Investigaciones Cardiovasculares Carlos III (F.S.P) / Fundac. Centro Nacional de Investigaciones Cardiovasculares Carlos III; Centro Nacional de Investigaciones Cardiovasculares Carlos III (F.S.P) / Fundac. Centro Nacional de Investigaciones Cardiovasculares Carlos III; Fundación para la Investigación Biomédica del Hospital Gregorio Marañón; HEALTH IN CODE S.L; Universidad Politécnica de Madrid ; Ministerio de Ciencia e Innovación (MICINN); Plan Estatal 2021-2023PLEC2022-009235 | 2022 | |
UP | Gemelos digitales para mejorar el rendimiento aerodinámico de aeronaves y el diagnóstico de dañosPEREZ PEREZ, JOSE MIGUEL (Participante); MARTIN BAUTISTA, JUAN ANGEL (Participante); PENA RODRIGUEZ, MANUEL (Miembro del equipo de trabajo); CORROCHANO CALCERRADA, ADRIAN (Miembro del equipo de trabajo); RAPUN BANZO, MARIA LUISA (Investigador principal (IP)); LE CLAINCHE MARTINEZ, SOLEDAD (Investigador principal (IP))Universidad Politécnica de Madrid ; Plan Nacional–Ministerio de Ciencia e Innovación; Universidad Politécnica de Madrid ; Plan Estatal 2021-2023PID2023-147790OB-I00 | 2024 | |
Md | Nuevas herramientas y modelos fiables para el diseño y la evaluación de aeronaves eficientesABADIA HEREDIA, SANTOS RODRIGO (Miembro del equipo de trabajo); MARTIN BAUTISTA, JUAN ANGEL (Participante); Ramos Casado, Gemma (Miembro del equipo de trabajo); Rosti NA, Marco Edoardo (Miembro del equipo de trabajo); Corrochano Calcerrada, Adrián (Miembro del equipo de trabajo); Abadía Heredia, Santos Rodrigo (Miembro del equipo de trabajo); Le Louer NA, Frederique (Miembro del equipo de trabajo); Carrillo Pousa, Graciano (Miembro del equipo de trabajo); Parente NA, Alessandro (Miembro del equipo de trabajo); Vinuesa NA, Ricardo (Miembro del equipo de trabajo); Muñoz Delgado, Sergio (Miembro del equipo de trabajo); RAPUN BANZO, MARIA LUISA (Investigador principal (IP)); LE CLAINCHE MARTINEZ, SOLEDAD (Investigador principal (IP)); SAAVEDRA LAGO, LAURA (Participante); PEREZ PEREZ, JOSE MIGUEL (Participante); PENA RODRIGUEZ, MANUEL (Miembro del equipo de trabajo); PLACINTA, CLAUDIU CONSTANTIN (Miembro del equipo de trabajo); CORROCHANO CALCERRADA, ADRIAN (Miembro del equipo de trabajo)Ministerio de Ciencia e Innovación (MICINN); Universidad Politécnica de Madrid ; Universidad Politécnica de Madrid ; ACCENTURE SL; KTH Royal Institute of Technology; Ministerio de Ciencia e Innovación (MICINN); Universidad Politécnica de Madrid ; Okinawa Institute of Science and Technology School Corporation Gako Hojin; Universite de Technologie de Compiegne; Université Libre de Bruxelles; Plan Estatal 2017-2020PID2020-114173RB-I00 | 2021 | |
UP | AIRCRAFT PERFORMANCE INSIGHTS FROM SURVEILLANCE DATALE CLAINCHE MARTINEZ, SOLEDAD (Investigador principal (IP))Universidad Politécnica de Madrid P2414120292 | 2024 | |
UP | DESARROLLO DE UN PROTOTIPO DE MODELO DE ORDEN REDUCIDO PARA LA SIMULACIÓN DE YACIMIENTOSLE CLAINCHE MARTINEZ, SOLEDAD (Colaborador/a); VARAS MERIDA, FERNANDO (Investigador principal (IP))Universidad Politécnica de Madrid P1414120391 | 2014 | |
13 | Higher Order Dynamic Mode Decomposition and Its ApplicationsVega JM; Clainche SL 1-3049780128197431 | 2020 | |
NN | Advanced High-Order Simulation Methods for Industrial ApplicationsLASKOWSKI, WOJCIECH JACEK (Becario/a); JOSHI, SAUMITRA VINAY (Becario/a); NTOUKAS, GERASIMOS (Becario/a); LE CLAINCHE MARTINEZ, SOLEDAD (Participante); FERRER VACCAREZZA, ESTEBAN (Investigador principal (IP)); VALERO SANCHEZ, EUSEBIO (Participante); MANZANERO TORRICO, JUAN (Participante); RUBIO CALZADO, GONZALO (Participante)NUME - Numerical Mechanics Application International; MCLAREN RACING LIMITED; DYSON TECHNOLOGY LIMITED; AIRBUS DEFENCE AND SPACE SA; Universidad Politécnica de Madrid ; Universidad Politécnica de Madrid ; Comisión Europea; H2020813605 | 2019 | |
CN | ENabling sustainable COmbustion technologies using hybrid physics-based Data-driven modelINGPILLAI, PRAJITH (Participante); LE CLAINCHE MARTINEZ, SOLEDAD (Investigador principal (IP))Centre National de la Recherche Scientifique; Comisión Europea; CONSIGLIO NAZIONALE DELLE RICERCHE; RWTH Aachen University - Rheinisch-Westfaelische Technische Hochschule Aachen ; Universidad Politécnica de Madrid ; Université Libre de Bruxelles; Universidad Politécnica de Madrid ; AGC GLASS EUROPE SA; Comisión Europea; AIR LIQUIDE ADVANCED TECHNOLOGIES SA; AIR LIQUIDE ADVANCED TECHNOLOGIES SA; ARCELORMITTAL MAIZIERES RESEARCH SA; CFD Direct Limited; Université Libre de Bruxelles; Comisión Europea; Université Libre de Bruxelles; COMMUNAUTE UNIVERSITES ET ETABLISSEMENTS NORMANDIE UNIVERSITE; COMMUNAUTE UNIVERSITES ET ETABLISSEMENTS NORMANDIE UNIVERSITE; CONSIGLIO NAZIONALE DELLE RICERCHE; Convergent Science GmbH; Convergent Science GmbH; LAVISION GMBH; LAVISION GMBH; MITIS; MITIS; NUOVO PIGNONE TECNOLOGIE SRL; NUOVO PIGNONE TECNOLOGIE SRL; RWTH Aachen University - Rheinisch-Westfaelische Technische Hochschule Aachen ; TENOVA SPA; TENOVA SPA; Universidad Politécnica de Madrid ; Universita degli Studi di Napoli Federico II; Universita degli Studi di Napoli Federico II; WARMEPROZESSTECHNIK GMBH; WARMEPROZESSTECHNIK GMBH; Horizon Europe101072779 | 2023 |
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