Training course on 'Vibration testing, identification of linear and nonlinear systems', Liège, Belgium
6 July 2009 - 6 July 2009
Belgium
The EU-funded SICON ('Stability, identification and control in nonlinear structural dynamics') project is organising a training course on 'Vibration testing, identification of linear and nonlinear systems' in Liège, Belgium, from 6 to 10 July.
The demand for enhanced and reliable performance of vibrating structures in terms of weight, comfort, safety, noise and durability is ever increasing. At the same time, there is a demand for shorter design cycles, longer operating life, minimization of inspection and repair needs, and reduced costs.
This fifth course in a series is meant to provide a concise point of departure for researchers and practitioners wishing to assess the current state of the art in the identification of nonlinear structural models. It also intends to review several methods that have been proposed in technical literature and to highlight some obstacles that prevent these techniques from being applied to complex structures. Future research needs in nonlinear system identification will also be examined.For further information, please click:
here(opens in new window)
The demand for enhanced and reliable performance of vibrating structures in terms of weight, comfort, safety, noise and durability is ever increasing. At the same time, there is a demand for shorter design cycles, longer operating life, minimization of inspection and repair needs, and reduced costs.
This fifth course in a series is meant to provide a concise point of departure for researchers and practitioners wishing to assess the current state of the art in the identification of nonlinear structural models. It also intends to review several methods that have been proposed in technical literature and to highlight some obstacles that prevent these techniques from being applied to complex structures. Future research needs in nonlinear system identification will also be examined.For further information, please click:
here(opens in new window)