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accepted all year round Details The goal of this project is to develop a totally new approach for the realization of self-repairable and self-assemble machines. We literally aim at making "living LEGO
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to the Phase-field research and growing knowledge by: (1) using already developed codes to assess pros and cons of Phase-field in interesting benchmark problems. The subroutines -already tested for Abaqus- will
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to greater energy absorption capabilities. The development of new generation AHSS requires better understanding of damage development in the microstructure of the material leading to final fracture. This is
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Funded Dr J L Curiel Sosa Application Deadline: Applications accepted all year round Details The development of new advanced composite materials offers plenty of possibilities to implement these new
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Deadline: Applications accepted all year round Details The aim of this PhD programme is to develop efficient numerical strategies for the prediction and assessment of fracture. Our group has got success in
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to perform equivalent surgical operations. For this aim, we have developed a series of ingestible robots that can remove a foreign obstacle, patch the wound, and deliver drugs (e.g., Miyashita et al., ICRA
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Nature, we have developed a number of porphyrin containing biomimetic macromolecules. These have included a porphyrin cored polymer capable of reversibly binding oxygen. As such, these molecules have the
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modelling and simulation of complex systems in diverse science and engineering disciplines including civil engineering, biomechanics and life science. However, the exciting developments in obtaining highly
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and develop a deep understanding of the properties and behaviour of such nonlinear systems. Without this analysis, it is likely that the technological foundation of our society will become increasingly
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Deadline: Applications accepted all year round Details Composite airframe panels are subjected to extreme loads and impacts. Cracks can develop at microstructure at an early stage and then propagate due