Cosserat micromechanics of human bone: Strain redistribution by a hydration sensitive constituent
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2022, International Journal of Solids and StructuresCitation Excerpt :That progress was then generalized and developed in a number of Eringen’s and Kafadar’s works (Eringen, 1967; Kafadar and Eringen, 1971a,b; Eringen and Kafadar, 1976; Eringen, 1999). Initially designed for viscous fluids, then extended to elastic solids and later applied to the liquid crystal and biomaterial descriptions (Pabst, 2005; Park and Lakes, 1986; Lakes, 1995), the micropolar theory has a variety of applications for materials with a complex inner structure, e.g., fibrous, porous, granular, multilayered materials and molecule polymers (Eremeyev et al., 2016a; Hassanpour and Heppler, 2017; Walsh and Tordesillas, 2006; Riahi and Curran, 2009). Moreover, there is experimental evidence that red cell walls have solid-like elastic properties and can be modelled via Cosserat media (Krishnaswamy, 1996).
A micropolar peridynamic differential operator and simulation of crack propagation
2022, Engineering Fracture MechanicsMicropolar effects on the effective elastic properties and elastic fracture toughness of planar lattices
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