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1.
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FE models of trabecular bone microstructure are used in to assess its apparent mechanical properties. Material model used in FE simulation of compression and tension test [...]
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2.
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The article deals with contact stress analysis of pelvic bone after implantation of cemented acetabular component with imperfections of cemented layer. 3D high resolution [...]
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3.
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Head injuries are the most often causes of death in traffic accidents. To develop better interiors of cars or new protective devices (e.g. helmets) there is a need to qu [...]
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Paper presents a detailed finite element model of human head used for head injury criteria assessment. Today most used HICs are based on the history of linear accelerati [...]
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The article deals with development and validation of complex FE model of pelvic bone and acetabular component. The model of pelvic bone is constructed on basis of CT data [...]
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Methods for fullyautomatic generation of FE model are shortly discussed in the paper. There are two basic principles of reconstruction [...]
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7.
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Jiroušek, O.
Article deals with explicit finite element modelling of contact conditions of human head impacting a flat rigid surface. For this purpose, detailed 3-D model of human s [...]
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8.
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Changes of mechanical properties, namely of modulus of elasticity, often play a role of damage accumulation indicators in the framework of fatigue behaviour of composite [...]
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In the article a detailed comparison of techniques used to develop detailed FE models of trabecular bone microstructure is presented. The FE models are built using a stac [...]
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10.
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This paper deals with pore size distribution assessment in trabecular structure of human proximal femur. Two different approaches for estimation of histograms of pore siz [...]
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