22:32

4th ConFlex Meeting:Control of MIMO Stable Nonlinear Plants - Pietro Lorenzetti(Tel Aviv University)

22:11

Aeroservoelastic modelling & analysis of large floating wind turbines, Muñoz-Simón, Imperial College

24:50

Minimal Nonlinear Modal Aeroelastic Descriptions for Highly Flexible Aircraft Control, M. Artola, IC

22:15

4th ConFlex Meeting: Stabilisation of mixed ODE-PDE port-Hamiltonian systems, A. Mattioni, UBFC

27:22

4th ConFlex Meeting: Port-Hamiltonian systems on multidimensional spatial domains, Nathanael Skrepek

21:20

4th ConFlex Meeting: Approximation for control of Port-Hamiltonian systems, Mir Mamunuzzaman (UOT)

31:46

4th ConFlex Meeting: Control in moving interfaces and deep learning, Borjan Geshkovski (UAM)

24:35

4th ConFlex Meeting: Geometrically exact beams ( in networks), Charlotte Rodriguez, FAU.

22:45

4th ConFlex Meeting: Lower order approximation of flexible structure, S.F. Shariff, Uni of Twente.

20:33

4th ConFlex Meeting: Machine learning based modelling & control of wind turbine & farm, J Zhang(UoW)

24:06

4th ConFlex Meeting: Abstract nonlinear control systems, Shantanu Singh(Tel Aviv University)

00:31

Simulation of a wind farm model based on deep learning

15:19

3rd ConFlex Meeting: Approximation for control of Port-Hamiltonian systems by ESR Mir Mamunuzzaman

17:29

3rd ConFlex Meeting: Nonlinear control of very flexible aeroelastic systems by ESR Marc Artola

16:17

3rd ConFlex Meeting: Energy based robust control of nonlinear port-Hamiltonian systems by A Mattioni

13:44

3rd ConFlex Meeting: Wind farm wake modeling & control in the age of big data by ESR Jincheng Zhang

01:04:05

3rd ConFlex Meeting: Aeroelasticity of wind turbines by Prof. Rafael Palacios - Part 2

01:17:39

3rd ConFlex Meeting: Aeroelasticity of wind turbines by Prof. Rafael Palacios - Part 1

01:12:57

3rd ConFlex Meeting: Nonlinear port-Hamiltonian systems by Prof. Arjan van der Schaft - Part 2

01:08:57

3rd ConFlex Meeting: Nonlinear port-Hamiltonian systems by Prof. Arjan van der Schaft - Part 1

01:27:22

3rd ConFlex Meeting: Input-to-state stability by Dr. David Angeli - Part 2

01:28:35

3rd ConFlex Meeting: Input-to-state stability by Dr. David Angeli - Part 1

00:29

Flow field simulation of a wind turbine blade

01:01:28

8 The internal model principle for stable well posed systems

01:34:52

6 Admissible control operator and admissible observation operator

01:52:18

7 Regular linear systems

01:37:04

5 Well posed linear systems

01:22:01

4 Operators on Hilbert spaces

01:51:34

3 The internal model principle – III, followed by Intro to Hilbert spaces – II By Prof George Weiss

01:31:08

2 The internal model principle – II, followed by Intro to Hilbert spaces I

01:53:43

1 The internal model principle for finite dimensional linear systems I

01:31:49

9 1 Waves Propagation, Control and Numerics

01:56:16

8 Switching Control, Stabilization and Ingham’s Inequality

01:47:14

7 Finite–dimensional Control Systems: The rank condition and Bang bang

44:12

6 Finite dimensional Control Systems: Controllability

01:35:28

5 Finite dimensional Control Systems: Gradient Descent

01:05:13

4 Historical Introduction Finite–dimensional control

51:10

3 Control and Design for Fluid and Structures Optimization

01:39:42

2 Control and Design for Fluid and Structures The Computer Perspective

50:32

1 Control and Design for Fluid and Structures Contemporary Applications and Calculus of Variations

32:47

Summary Strongly Continuous Semigroup

34:49

Strongly Continuous Semigroup

30:58

Inroduction Strongly Continuous Semigroup

00:27

Flutter control

01:29

Flutter control

00:11

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