sample of publications

• articles 

  • Three-dimensional generative adversarial networks for turbulent flow estimation from wall measurements.  JOURNAL OF FLUID MECHANICS.  991. 2024
  • Denoising image-based experimental data without clean targets based on deep autoencoders.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  156:1-15. 2024
  • Special Issue on Machine learning and data assimilation techniques for fluid flow measurements.  MEASUREMENT SCIENCE and TECHNOLOGY.  34. 2023
  • Synchronized measurement of instantaneous convective heat flux and velocity fields in wall-bounded flows.  MEASUREMENT SCIENCE and TECHNOLOGY.  34:125301. 2023
  • Genetically-inspired convective heat transfer enhancement in a turbulent boundary layer.  APPLIED THERMAL ENGINEERING.  230:1-16. 2023
  • A simple trick to improve the accuracy of PIV/PTV data.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  145. 2023
  • Machine learning for flow field measurements: a perspective.  MEASUREMENT SCIENCE and TECHNOLOGY.  34, 021001:1-16. 2023
  • From snapshots to manifolds - a tale of shear flows.  JOURNAL OF FLUID MECHANICS.  955:A34-1-A34-24. 2023
  • Heat transfer enhancement in turbulent boundary layers with a pulsed slot jet in crossflow.  APPLIED THERMAL ENGINEERING.  219, Part C:1-14. 2023
  • An end-to-end KNN-based PTV approach for high-resolution measurements and uncertainty quantification.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  140:1-12. 2023
  • Super-resolution generative adversarial networks of randomly-seeded fields.  Nature Machine Intelligence.  4:1165-1173 . 2022
  • Pressure from data-driven estimation of velocity fields using snapshot PIV and fast probes.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  136:1-13. 2022
  • Reducing turbulent convective heat transfer with streamwise plasma vortex generators.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  134:1-16. 2022
  • Machine-learning flow control with few sensor feedback and measurement noise.  PHYSICS OF FLUIDS.  34. 2022
  • Inter-scale interaction in pipe flows at high Reynolds numbers.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  131:1-12. 2022
  • Roadmap on signal processing for next generation measurement systems.  MEASUREMENT SCIENCE and TECHNOLOGY.  33:012002. 2022
  • Special issue on uncertainty quantification in particle image velocimetry and Lagrangian particle tracking [Editorial].  MEASUREMENT SCIENCE and TECHNOLOGY.  33:1-4. 2022
  • Announcing the 2020 Measurement Science and Technology outstanding paper awards [Editorial].  MEASUREMENT SCIENCE and TECHNOLOGY.  32:1-3. 2021
  • Unsupervised modelling of a transitional boundary layer.  JOURNAL OF FLUID MECHANICS.  929:A3-1-A3-25. 2021
  • Convolutional-network models to predict wall-bounded turbulence from wall quantities.  JOURNAL OF FLUID MECHANICS.  928. 2021
  • From coarse wall measurements to turbulent velocity fields through deep learning.  PHYSICS OF FLUIDS.  33:075121-1-075121-10. 2021
  • Data-driven identification of unsteady-aerodynamics phenomena in flapping airfoils.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  124:1-16. 2021
  • Editorial: 13th International Symposium on Particle Image Velocimetry (ISPIV 2019).  MEASUREMENT SCIENCE and TECHNOLOGY.  32:1-3. 2021
  • On the uncertainty of boundary-layer parameters from Ensemble PTV data.  MEASUREMENT SCIENCE and TECHNOLOGY.  32. 2021
  • From sparse data to high-resolution fields: ensemble particle modes as a basis for high-resolution flow characterization.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  1-12. 2021
  • Adaptive ensemble PTV.  MEASUREMENT SCIENCE and TECHNOLOGY.  31:085301. 2020
  • Separating adverse-pressure-gradient and Reynolds-number effects in turbulent boundary layers.  Physical Review Fluids.  5:064609-1-064609-15. 2020
  • Assessing aerodynamic force estimation with experiments and simulations of apping-airfoil flows on the verge of three-dimensionality.  PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART G-JOURNAL OF AEROSPACE ENGINEERING.  234:428-444. 2020
  • Experimental realisation of near-equilibrium adverse-pressure-gradient turbulent boundary layers.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  112. 2020
  • Sensing the turbulent large-scale motions with their wall signature.  PHYSICS OF FLUIDS.  31:125112. 2019
  • Flow organization in the wake of a rib in a turbulent boundary layer with pressure gradient.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  108:115-124. 2019
  • Characterization of very-large-scale motions in high-Re pipe flows.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  104:1-8. 2019
  • Modal decomposition of flow fields and convective heat transfer maps: An application to wall-proximity square ribs.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  102:517-527. 2019
  • Evaluation of anisotropic tangential conduction in printed-circuit-board heated-thin-foil heat flux sensors.  INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER.  127-A:1138-1146. 2018
  • Estimation of time-resolved turbulent fields through correlation of non-time-resolved field measurements and time-resolved point measurements.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  93:119-130. 2018
  • Volumetric velocimetry for fluid flows.  MEASUREMENT SCIENCE and TECHNOLOGY.  29:042001. 2018
  • Wall-mounted perforated cubes in a boundary layer: Local heat transfer enhancement and control.  INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER.  117:498-507. 2018
  • Smart Rotors: Dynamic-Stall Load Control by Means of an Actuated Flap.  AIAA JOURNAL.  56:1388-1401. 2018
  • Adverse-Pressure-Gradient Effects on Turbulent Boundary Layers: Statistics and Flow-Field Organization.  FLOW TURBULENCE AND COMBUSTION.  99:589-612. 2017
  • Revisiting History Effects in Adverse-Pressure-Gradient Turbulent Boundary Layers.  FLOW TURBULENCE AND COMBUSTION.  99:565-587. 2017
  • On the identification of well-behaved turbulent boundary layers.  JOURNAL OF FLUID MECHANICS.  822:109-138. 2017
  • Towards enabling time-resolved measurements of turbulent convective heat transfer maps with IR thermography and a heated thin foil.  INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER.  108:199-209. 2017
  • POD-based background removal for particle image velocimetry.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  80:181-192. 2017
  • Ensemble 3D PTV for high resolution turbulent statistics.  MEASUREMENT SCIENCE and TECHNOLOGY.  27. 2016
  • On the onset of horizontal convection.  INTERNATIONAL JOURNAL OF THERMAL SCIENCES.  110:96-108. 2016
  • Flow field features of fractal impinging jets at short nozzle to plate distances.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  334-344. 2016
  • Wake of tandem cylinders near a wall.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  78:354-369. 2016
  • Blob-enhanced reconstruction technique.  MEASUREMENT SCIENCE and TECHNOLOGY.  27. 2016
  • Main results of the 4th International PIV Challenge.  EXPERIMENTS IN FLUIDS.  57. 2016
  • Flow field topology of submerged jets with fractal generated turbulence.  PHYSICS OF FLUIDS.  27. 2015
  • Convergence enhancement of single-pixel PIV with symmetric double correlation.  EXPERIMENTS IN FLUIDS.  56:71-1-71-11. 2015
  • On PIV random error minimization with optimal POD-based low-order reconstruction.  EXPERIMENTS IN FLUIDS.  56:75 - 1-75 - 15. 2015
  • Heat transfer enhancement of impinging jets with fractal-generated turbulence.  INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER.  75:173-183. 2014
  • The detrimental effect of increasing the number of cameras on self-calibration for tomographic PIV.  MEASUREMENT SCIENCE and TECHNOLOGY.  25. 2014
  • On the three-dimensional precessing jet flow past a sudden expansion.  EXPERIMENTS IN FLUIDS.  55. 2014
  • Three-dimensional organization of the flow structure in a non-reactive model aero engine lean burn injection system.  EXPERIMENTAL THERMAL AND FLUID SCIENCE.  52:164-173. 2014
  • PIV measurements of anisotropy and inhomogeneity in decaying fractal generated turbulence.  FLUID DYNAMICS RESEARCH.  45:1-22. 2013
  • On a novel low cost high accuracy experimental setup for tomographic particle image velocimetry.  MEASUREMENT SCIENCE and TECHNOLOGY.  7. 2013

• book chapters 

  • Active control of turbulent convective heat transfer with plasma actuators. In: Progress in Turbulence: Proceedings of the iTi Conference in Turbulence 2021.  SPRINGER NATURE LIMITED. 21-27. 2021
  • Data-Driven Dynamics Description of a Transitional Boundary Layer. In: Progress in Turbulence IX. iTi 2021. Springer Proceedings in Physics.  SPRINGER. 2021
  • Flow Field Topology of Impinging Jets with Fractal Inserts. In: Progress in Turbulence VI..  SPRINGER CUSTOMER SERVICE CENTER GMBH. 243-248. 2016

• books 

  • Experimental aerodynamics.  CRC Press & IEEE. 2017

• conference contributions 

  • Turbulent convective heat transfer control with plasma actuators 2020
  • Enhancing PIV with statistical methods.  1-2. 2019
  • Experimental assessment of large-scale motions in turbulent boundary layers.  1-8. 2019
  • Pressure-gradient effects on turbulent boundary layers with square ribs.  1-2. 2019
  • Dynamic estimation of very large scale motions in pipe flows.  101-102. 2018
  • Large-scale energy in turbulent boundary layers: Reynolds-number and pressure-gradient effects.  108-109. 2018
  • Modal analysis of instantaneous flow fields and convective heat transfer in a boundary layer downstream of square ribs.  1-10. 2018
  • Turbulent convective heat-transfer measurements in boundary layers with ribs.  710-715. 2018
  • Wall signature of large-scale motions in turbulent channel.  69-70. 2018
  • A data-driven decomposition approach to model aerodynamic forces on flapping airfoils 2017
  • Adverse-pressure-gradient turbulent boundary layers: flow organization and high-resolution statistics 2017
  • An algebraic approach for the integration of non-time resolved field measurements and time-resolved point measurements for dynamic estimation of flow fields 2017
  • Dynamic estimation of flow fields through correlation of non-time-resolved field measurements and time-resolved point measurements 2017
  • Estimation of time‐resolved flow fields using simultaneous non‐time resolved field measurements and time‐resolved point measurements 2017
  • Estimation of turbulent flow fields from non-time resolved data with extended POD 2017
  • High resolution full Reynolds stress tensor with ensemble stereoscopic PTV 2017
  • On the canonical development of adverse-pressure-gradient turbulent boundary layers 2017
  • Re-assessment of canonical and non-canonical adverse-pressure-gradient turbulent boundary layers 2017
  • Single Pixel PIV Study Of Adverse-Pressure-Gradient Turbulent Boundary Layers 2017
  • Very-large-scale motion measurements in pipe flows at high Reynolds numbers 2017
  • Wall-mounted perforated obstacles: heat transfer enhancement and control opportunities 2017
  • Flow field characterization of round jets with fractal grid inserts 2016
  • Flow over flapping airfoils: qualitative and quantitative comparison between experiments and simulations 2016
  • Identifying Well-Behaved Turbulent Boundary Layers.  67-72. 2016
  • Identifying well-behaved turbulent boundary layers 2016
  • Low order modeling of forces and flow features in flapping wings.  1-10. 2016
  • Low order modeling of forces and flow features in flapping wings 2016
  • Modal decomposition of flow features in flapping wings and modes contribution to forces 2016
  • Modelling forces and flow features in flapping wings: a POD bases approach 2016
  • Revisiting tripping effects in low-Reynolds number turbulent boundary layers 2016
  • Smart rotor: control of dynamic loads on a rotor blade 2016
  • Smart rotor: controlling dynamic stall by means of an actuated flap 2016
  • Wind tunnel studies of history effects in turbulent boundary layers 2016
  • An experimental study on the onset of the horizontal convection.  10-225 (1)-10-225 (9). 2015
  • Blob-enhanced Tomographic PIV 2015
  • Ensemble PTV for high resolution turbulent statistics 2015
  • Impinging jets with fractal grids: heat transfer and flow topology.  10-152 (1)-10-152 (9). 2015
  • PIV measurements in the wake of two circular cylinders in tandem configuration with ground effect.  10-191 (1)-10-191 (9). 2015
  • A comparative study of tomographic PIV methods 2014
  • Effect of poorly discretized weighting windows in cross-correlation for 3D PIV 2014
  • Experimental Analysis of the Performance of Fractal Stirrers for Impinging Jets Heat Transfer Enhancement.  466-475. 2014
  • Flow field features of impinging jets with fractal grids 2014
  • Flow field features of the near-wake of jets with fractal inserts 2014
  • Fractal turbulence generation for impinging heat transfer enhancement 2014
  • On the suppression of PIV measurement noise with a POD based filter 2014
  • Tomographic Particle Image Velocimetry: recent developments and applications to turbulent flow measurements 2014
  • On 3D flow structures in a non-reactive model aero engine lean burn injection system 2013
  • The three-dimensional precessing jet flow past a sudden expansion. 2013
  • The three-dimensional swirling flow past a sudden expansion.  1-11. 2013
  • Three-dimensional organization of flow structures at the exit of an aero-engine double swirling injector 2013
  • Tomographic PIV measurements of the flow at the exit of an aero engine swirling injector with radial entry.  1-14. 2013