Ultimately, such new optimization methodology will be useful for several applications where large and/or lightweight structures are required (e.g. ABB Group, a global leader in power and automation technologies, covers almost every segment of the power. The global reduction of the computational time should then allow to use a simple convergence algorithm such as the gradient descent instead of the complex ones that are currently used.įigure 1. Handling the Complexity of Mechatronic System Design. Moreover, other mechanisms to further reduce the computational time will be analysed (e.g. A block diagram of a generic mechatronic system is given Figure 1-1. More specifically, new and fast to compute objective functions for the optimal sensor/actuator placement will be studied. Mechatronics system design seeks to synergistically design a system as a whole, to optimize performance and cost while accounting for the complex interaction between the mechanical, electrical, and computational subsystems being integrated. This research project aims to develop a new optimization methodology to design high-performance active structures with a strong transducer integration while ensuring low computational costs. Learn more about how we conceive, design, build and test the next generation of innovative mechatronic products and devices. Unfortunately, a real trade-off currently exists between the obtained control performance and the computational time when the vibration control architecture is designed. Simplexity is a leading mechatronic product design company, working on mechatronic devices that combine mechanics and electronics. Vibration control architectures are of high interest in the field of large and lightweight structures that require high performance.
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