Advanced multi-functional metallic materials laboratory
Grant Agreement No.:
Fabrication and study of advanced multi-functional metallic materials with extremely high density of defects
Name of the institution of higher learning:
Federal State Budgetary Educational Institution of Higher Education "Togliatti State University"
Fields of scientific research:
The goal of the project is creating a new class of advanced multi-functional metallic materials with developed metastable defect structure resulting to persisting spatial-gradient structures (SGS), providing unique mechanical, physical, chemical and biological properties
Key project objectives:
- Development of experimental techniques for fabrication by electrodeposition of a new class of metallic materials in the form of intensely defective microcrystals with pentagonal small particles and SGS, including coatings and bulk components prepared from such particles and microcrystals with controlled SGS;
- Investigation of SGS peculiarities pertaining to the surface morphology and growth mechanisms during electrocrystallization with emphasis on the resulting unique properties of metallic particles and crystals having fivefold symmetry axes and containing a high concentration of crystalline structural defects in the original state, including disclination-type defects;
- Study of the SGS evolution in small particles and in bulk materials prepared from them, in the presence of temperature and mechanical fields, as well as corrosive environments;
- Development of theoretical models of formation and evolution of the SGS during
electrocrystallization, deformation and heat treatment;
- Establishment of structure-surface-property relationships for SGS materials, i.e.
relationships between defect structures and peculiarities of the surface morphology of the new soproduced new materials with their resulting mechanical/physical/chemical properties. Further development of multifunctional materials with desired characteristics from agglomerates of metallic small particles with SGS;
- Identification of possible areas of application for this new class of metallic materials with SGS, and corresponding recommendations for utilizing the so-obtained basic scientific results in the technology/industry innovation areas and real economy sectors;
- Establishment of a world-class research Laboratory on "Metallic materials with spatialgradient structure".
Name: Aifantis Elias Charalambos
Date of Birth: 10.10.1950
Greece, United States
Academic degree and title:
Aristotle University of Thessaloniki, Greece
Field of scientific interests:
Macro/Micro/Nano Mechanics of Materials and Structures; Diffusion and Flow through Deformable Porous Media; Stress Corrosion Cracking and Environmental Damage; Phase Transitions and Interfaces; Material Instabilities: Dislocation Patterning/Shear Banding/Damage Localization; Coupled Continuum Mechanics of Structured Natural Materials: Soils/Rocks/Wood/Biomaterials; Thermo-electro-chemo-mechanics of Engineering Materials: Metals/Polymers/Concrete/Composites; Novel Nanostructured Materials/Structures and Devices: Nanoparticles/Nanotubes/Nanowires, Nanofibers/Nanobeams/Nanoplates, MEMS/NEMS, Li-ion Batteries (LiBs), Light Emitting Diodes (LEDs), Medical Implants, Nano-decorated tissues and cells.
He has published more than 300 papers in the areas of mechanics and materials. Several of these publications helped to identify and establish research areas such as double porosity/diffusivity theory, dislocation patterning, strain gradient theory, material instabilities, and nanomechanics.