Analysis of fracture behaviour of innovative materials - Pruncu, Catalin Iulian
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Innovative materials such as titanium/titanium alloy, bi-material compound (steel/zinc galvanized), and composite materials may possess good characteristics in terms of fracture toughness and low weight. These materials are used in various applications such as bio-medical, wind turbine blades, naval, aircraft and aerospace industries. However, these materials have more complex failure mechanisms than traditional metal alloys because of dislocation movement, crack initiation, matrix deformation, fibre fracture, interfacial debonding and crack deflection. Extensive studies based on numerical…mehr

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Produktbeschreibung
Innovative materials such as titanium/titanium alloy, bi-material compound (steel/zinc galvanized), and composite materials may possess good characteristics in terms of fracture toughness and low weight. These materials are used in various applications such as bio-medical, wind turbine blades, naval, aircraft and aerospace industries. However, these materials have more complex failure mechanisms than traditional metal alloys because of dislocation movement, crack initiation, matrix deformation, fibre fracture, interfacial debonding and crack deflection. Extensive studies based on numerical analysis or experimental techniques have been presented in literature. This manuscript will review first the most recent trends of research on the fracture behaviour of innovative materials. Experimental investigations and numerical simulations will be then carried out on titanium alloys and bimaterial compounds. Finally, directions for future research will be outlined.
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Autorenporträt
Dr. Pruncu took a MSc in Mechanical Engineering in the University of Metz (France) in 2009. In 2013, he received a PhD in Design Mechanics and Biomechanics from the Politecnico di Bari (Italy).Dr. Catalin Iulian Pruncu joined the University of Birmingham in 2014 to become a Research Fellow in the School of Mechanical Engineering.