It exhibits numerous altered materials properties relative to normal ECM including variations in protein composition, structure, and rigidity.
Specifically, wear of the UHMWPE tibial liner is affected by implant design, articulating material properties and relative knee load and motion [ 4, 5].
The cell edge material was assumed to be elastic perfectly plastic, and the effective mechanical properties of the cellular structure were related to the cell edge material properties and the relative density of the cellular structure.
The sensitivity of vibrational frequencies to the extent of the edge damage is investigated and shown to be strongly influenced by the material properties and the relative thicknesses of the materials comprising the laminated plates.
These simulations constitute a challenge due to the strong discontinuity of electromagnetic material properties involved, the relative low field value within the dish cultures compared with the rest of the domain, and the presence of the meniscus shape developed at the liquid boundary.
The material properties, i.e., the relative density, pore morphology, microhardness and elastic modulus, can be dramatically altered with the pore-forming agent.
The influence of several material properties on the MCE and relative cooling power (RCP) are discussed and the property combinations for optimum MCE and RCP identified for a given thermodynamic framework.
The large bandwidth waveguides are designed by introducing line defects in photonic crystal slabs, where the material in the line defect has appropriate dispersion properties relative to the photonic crystal slab material surrounding the line defect.
Therefore, there is a scaling effect such that the span of the hook becomes of little consequence relative to the material properties of the hook.
The dependence of the evaluated material properties on the stress, temperature and relative remnant polarization is analyzed.
