Mechanical Behavior of Biological and Biomimetic Materials: November 28-December 2, 2005, Boston, Massachusetts, USA. |
Contents
Soft Tissue Elastic Modulus Measurement and Tumor Detection Using | 1 |
Understanding the Structure of the Mammalian Mineralised Tissues | 19 |
Crush Absorbing Energy of White Spot Lesion Measured by Indentation | 33 |
Copyright | |
6 other sections not shown
Common terms and phrases
2006 Materials Research apatite aragonite BaSO4 behavior biological Biomaterials brachiopod calcite cartilage cell cementum chain changes collagen collagen fibrils composites compression cortical bone crosslinked curve cuticle damage decrease deformation demineralization dental dentine displacement effect elastic modulus ELPs enamel energy Engineering ethanol experimental fatigue fibres Figure fluid force spectroscopy fraction fracture function gelatin hydrated hydrogen bonding hydroxyapatite hypomineralised images increased indentation interactions Kuhn length lesion loading macroscopic Materials Research Society matrix measured mechanical properties Megerlia microdamage microstructural mineral mineralisation molecular molecules nacre nanoindentation organic osteon PAAC parameters peak phase phosphate polymer Proc protein protein crystals PZT layer ratio samples secondary layer shell shows simulations solid solvent specimen spectroscopy stent stiffness strain rate stress structure surface SVAE Symp temperature tensile tests tissue UHMWPE unfolding uniaxial viscoelastic viscosity Vitremer whisker reinforced Young's modulus