Conflex Consortium
ConFlex is funded by the H2020-MSCA-ITN scheme (grant no 765579) on research & training about the control of flexible structures & fluid-structure interactions.
4th ConFlex Meeting:Control of MIMO Stable Nonlinear Plants - Pietro Lorenzetti(Tel Aviv University)
Aeroservoelastic modelling & analysis of large floating wind turbines, Muñoz-Simón, Imperial College
Minimal Nonlinear Modal Aeroelastic Descriptions for Highly Flexible Aircraft Control, M. Artola, IC
4th ConFlex Meeting: Stabilisation of mixed ODE-PDE port-Hamiltonian systems, A. Mattioni, UBFC
4th ConFlex Meeting: Port-Hamiltonian systems on multidimensional spatial domains, Nathanael Skrepek
4th ConFlex Meeting: Approximation for control of Port-Hamiltonian systems, Mir Mamunuzzaman (UOT)
4th ConFlex Meeting: Control in moving interfaces and deep learning, Borjan Geshkovski (UAM)
4th ConFlex Meeting: Geometrically exact beams ( in networks), Charlotte Rodriguez, FAU.
4th ConFlex Meeting: Lower order approximation of flexible structure, S.F. Shariff, Uni of Twente.
4th ConFlex Meeting: Machine learning based modelling & control of wind turbine & farm, J Zhang(UoW)
4th ConFlex Meeting: Abstract nonlinear control systems, Shantanu Singh(Tel Aviv University)
Simulation of a wind farm model based on deep learning
3rd ConFlex Meeting: Approximation for control of Port-Hamiltonian systems by ESR Mir Mamunuzzaman
3rd ConFlex Meeting: Nonlinear control of very flexible aeroelastic systems by ESR Marc Artola
3rd ConFlex Meeting: Energy based robust control of nonlinear port-Hamiltonian systems by A Mattioni
3rd ConFlex Meeting: Wind farm wake modeling & control in the age of big data by ESR Jincheng Zhang
3rd ConFlex Meeting: Aeroelasticity of wind turbines by Prof. Rafael Palacios - Part 2
3rd ConFlex Meeting: Aeroelasticity of wind turbines by Prof. Rafael Palacios - Part 1
3rd ConFlex Meeting: Nonlinear port-Hamiltonian systems by Prof. Arjan van der Schaft - Part 2
3rd ConFlex Meeting: Nonlinear port-Hamiltonian systems by Prof. Arjan van der Schaft - Part 1
3rd ConFlex Meeting: Input-to-state stability by Dr. David Angeli - Part 2
3rd ConFlex Meeting: Input-to-state stability by Dr. David Angeli - Part 1
Flow field simulation of a wind turbine blade
8 The internal model principle for stable well posed systems
6 Admissible control operator and admissible observation operator
7 Regular linear systems
5 Well posed linear systems
4 Operators on Hilbert spaces
3 The internal model principle – III, followed by Intro to Hilbert spaces – II By Prof George Weiss
2 The internal model principle – II, followed by Intro to Hilbert spaces I