Towards the optimal design of non-smooth mechanical *systems

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For the past 50 years, linear theory has been used to devise rational procedures to design engineering devices. However, the increasing complexity of modern systems is slowing down industrial innovation. Systems now operate in what is called a non-linear regime. For example, engineers can no longer ignore the possibility that a turbine blade will rub against the casing, a behaviour that is beyond the reach of linear theories. The goal of the Chair is to develop new methods and to improve existing techniques to better understand, characterize, analyze, design, and optimize the performance of complex engineering systems in anticipation of industrial needs for the economic and social benefit of Canada.