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Universality of Non-Classical Approach in Mechatronics – from Physics to Smart Structures Cover
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Universality of Non-Classical Approach in Mechatronics – from Physics to Smart Structures
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Universality of Non-Classical Approach in Mechatronics – from Physics to Smart Structures

Public:
przez BaseConnect news
Date:
11.12.14
Website:
www.agh.edu.pl
About:
Recent developments in Mechatronics offer new exciting applications in science and engineering but also pose many challenges to designers. New materials and hybrid-based designs are often associated with non-stationarity, non-linearity and ambiguity when system responses are analysed. The design and control complexity of such systems is often a barrier that prevents promising research outcomes from transferring to the marketplace. Finding an unconventional or non-classical solution could help to overcome this barrier. The work presented will fall into four major research areas: 1. Multi-Scale Local Interaction Simulation Approach for Elastic Wave Propagation. 2. Nonlinear Acoustics - from Understanding Physical Mechanisms to Piezo-Based Damage Detection. 3. Frequency Response Function for Time-Variant Systems. 4. Non-classical Approaches to Condition and Health Monitoring. The results will revolves around Mechatronics and Smart Structures & Materials not only to demonstrate unconventional and non-classical approaches to selected problems but also to show universality of these approaches in other areas of science and engineering. The impact of the results presented goes far beyond engineering boundaries. The cutting edge-techniques offer possible applications in physics and life sciences.