| The studies in the discipline of mechanics of structures involve the
analysis and synthesis of low-mass structures, keeping in mind their strength, stiffness,
stability, toughness, damage tolerance, longevity, and optimal life-cycle costs.
Self-adaptivity and smartness of structures is also of importance. The study of engineered
materials involves both structural as well as functional materials, with emphasis on their
(nano-micro) structure-property (strength, stiffness, fracture-toughness) relationships.
Metals (encompassing elastic, elastoplastic, viscoplastic, and creep behavior at large
strains), high-temperature ceramics, multi-functional and smart materials,
fiber-reinforced composite materials, and nano-structured materials are objects of study.
Nature-inspired functional and structural materials are of growing importance. |
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