Author: unit-1-universita-di-camerino

Advanced Control Design

7 April 20175 May 2017 Unit 1 - Università di Camerino

Advanced Control Design: Advanced Control design for load reduction, Advanced supervisory control design and Fault management working under dam. cond.

Advanced Materials

6 April 20175 May 2017 Unit 1 - Università di Camerino

Advanced Materials: selection of hybrid composite configuration and experimental testing (both static and dynamic) on samples of the selected configuration.

Modelling, Co-simulation and Fatigue

5 April 20175 May 2017 Unit 1 - Università di Camerino

Modelling, Co-simulation and Fatigue: flexible multibody modelling and simulation, stress recovery and Fatigue behaviour evaluation.

Management

2 April 20175 May 2017 Unit 1 - Università di Camerino

Co-ordination of technical activities and dissemination of results.

Author: unit-1-universita-di-camerino

Advanced Control Design

Advanced Materials

Modelling, Co-simulation and Fatigue

Management

Last Researches

Dynamic experimental and numerical analysis of loads for an horizontal axis micro wind turbine

Experimental and Numerical Vibrational Analysis of a Horizontal-Axis Micro-Wind Turbine

On-line fatigue alleviation for wind turbines by a robust control approach

Dynamic behavior of wind turbines. An on-board evaluation technique to monitor fatigue

Dynamic modeling of wind turbines. How to model flexibility into multibody modelling

Dynamic modeling of wind turbines. Experimental tuning of a multibody model

Advanced Control Design

Advanced Materials

Modelling, Co-simulation and Fatigue

Experimental Wind Tunnel Tests

Structural Damage Detection

Management

Search in the website

Headquarters

Research Units

Browse the website

Promoted by

In collaboration with