Iwona Jasiuk

Finite Element Methods, Finite Element Method   Bone Regeneration Research   Age Related Changes   Growth Factor Delivery Mechanisms   High Stress Concentrations   Tensile Strength   Obtained Using Periodic Boundary Conditions   Biomedical Materials Research   Bone Formation   Mixed Boundary Conditions   Hierarchical Structure   Four Different Boundary Conditions   Elastic Modulus   Local Mechanical Properties   Whole Cross Section   Mechanical Loading Response   Threshold Sensitivity   Multi Scale Experimental Work   Chemical Composition, Chemical Compositions   Mentioned Three Scales   Embryonic Bone   Damage Mechanisms   Long Bone Adaptation   Multi Scale Modelling, Multi Scale Modeling   Multi Scale Approach   Multi Scale Characterization   Scanning Electron Microscopy   Fracture Repair   Blood Vessels, Blood Vessel   Experimental Data   Microstructural Component   Bone Resorption   Bone Tissue   Bone Structure   Control Frogs   Composite Materials, Composites Materials   Better Choice   Good Choice, Good Choices   Different Number   Measured Strength   Specimen Lead   Reduced Values   Heterogeneous Material, Heterogeneous Materials   Vascular Tissue   Computational Multiscale Model   Average Energy   Water Content Tests   Several Constituents   Similar Trends, Similar Trend   Failure Mechanisms   Longitudinal Measurements, Longitudinal Measures   Various Deformation   Three Different Scales   Rpi Measurements   Coordinated Concurrent Development   Regenerative Healing   Mechanical Behavior   Obtained Modeling   Animal Age   Several Levels   Experimental Results   Structural Changes, Structural Change   Good Agreement   Compression Testing, Compressive Tests   Elastic Response   Royal Society   Periodic Cellular Material   Wnt Signaling Pathway, Wnt Signaling Pathways   Bone Strength   Elastic Properties   Skeletal Defect   Month Samples   Xenopus Model System   Time Points   Bearing Model   Tissue Engineering Research   Prevalent Structure   Organic Ratio   Mesoscale Levels   Specimen Size   D Periodic Cellular Network   Cross Sectioned Fibrils   Modeling Assumptions   Excellent Potential   Bone Mineral Density   Four Different Age Groups   Previous Experimental Measurements   Bone Increase   Mechanical Change   Non Locality   Bone Specimens   Fine Tuning   Valuable Tool   Imaging Technique, Imaging Techniques   Computed Response   Study Design   Local Narrowing   Bone Imaging   Deeper Understanding   Diagnostic Tools   Individual Components   Different Rates   Interstitial Bone   Higher Frequency Range   Reference Group   Dissipation Energy   Exploratory Examination   Intrinsic Specificity   Developmental Changes   Three Bone Types   Recently Developed Model   Structural Organization   Nanocomposite Material   Different Structural Scales   Three Age Groups   Specimen Staining   Numerical Results   Overall Reduction   High Contrast Images   Hydrated Conditions   Microstructural Level, Microstructural Levels   Representative Volume Element, Representative Volume Elements   Applied Loading, Applied Loadings   Nanostructural Level   Bone Adaptation Response   Finite Element Model, Finite Element Modeling, Finite Element Models   Idealized Periodic Models   Ion Channels, Ion Channel   Bone Cells   Biological Response   Weight Bearing Bones   Periodic Cellular Solid   Likely Sensors   High Strain Energy   Soft Material, Soft Materials   Unit Cell, Unit Cells   Polymer Layer   Bone Marrow   Parallel Arrangement   Three Dimensional Information   Results Presented   Substantial Difference   Larger Study   Partial Results   Tem Characterization   Similar Structures   Tem Study   Different Orientations   Distinct Differences   Three Structural Scales   Mice Strains   Next Structural Level   Cell Walls   Hydrostatic Deformation   Reactive Interface   Idealized Periodic Structure   Average Size   Large Mismatch   Molecular Weights, Molecular Weight   Contact Points   Distinct Changes   Physical Chemistry   Shear Stress   Quantitative Determination   Infrared Spectroscopy   Periodic Material   Chain Length   Average Number   Two Parameters   Stress Analysis   Experimental Observations, Experimental Observation   Cyclic Loading   Parametric Study   Evolution Model   Following Comparison   Numerical Modeling, Numerical Model, Numerical Models, Numerical Modelling   Several Structural Scales   Georgia Institute   Statistically Significant Differences, Statistically Significant Difference   High Resolution   Cell Level   Significant Variations   Applied Physiology   Cortical Thickness   Tissue Level   Statistically Significant Increase