Mechanical Properties of Bioinspired and Biological Materials: Symposium Held November 29-December 2, 2004, Boston, Massachusetts, U.S.A.Christopher Viney |
From inside the book
Results 1-3 of 14
Page 13
... modulus . The modulus values obtained for the decalcified samples were similar to that of PMMA alone ( 4.9 ± 0.2 GPa , [ 1 ] ) . Currey [ 13 ] found the Young's modulus of collagen to be 1.5 GPa whereas Pidaparti et al . [ 14 ] quoted ...
... modulus . The modulus values obtained for the decalcified samples were similar to that of PMMA alone ( 4.9 ± 0.2 GPa , [ 1 ] ) . Currey [ 13 ] found the Young's modulus of collagen to be 1.5 GPa whereas Pidaparti et al . [ 14 ] quoted ...
Page 120
... modulus and hardness values for the specimen . The hardness , H , was calculated by dividing the applied load by the ... Young's modulus values for a keratin fibers using a variety of testing methods and samples . A Young's modulus value ...
... modulus and hardness values for the specimen . The hardness , H , was calculated by dividing the applied load by the ... Young's modulus values for a keratin fibers using a variety of testing methods and samples . A Young's modulus value ...
Page 334
... Young's modulus ( E , ) and hardness ( H ) , were measured by a nanoindenter ( TriboScope® , Hysitron Inc. , Minneapolis , MN ) which has a built - in atomic force microscope ( AFM ) . Reduced Young's modulus E , is related to the actual ...
... Young's modulus ( E , ) and hardness ( H ) , were measured by a nanoindenter ( TriboScope® , Hysitron Inc. , Minneapolis , MN ) which has a built - in atomic force microscope ( AFM ) . Reduced Young's modulus E , is related to the actual ...
Contents
Effect of Enamel Prism | 3 |
Contribution of Collagen Mineral and Water Phases | 9 |
Nanoindentation of Bone in a Physiological Environment | 15 |
Copyright | |
41 other sections not shown
Common terms and phrases
acid allow analysis applied behavior biological biological tissues bonds bone calculated cell collagen compared composite compression concentration crack cross-linking crystals curve cuticle deformation density determined direction effect elastic modulus enamel Engineering experimental experiments failure fibers Figure followed force fracture function gels groups hardness hydrated increase indentation indicate initial interaction interface layer length load material matrix measured mechanical properties method microstructure mineral molecules nacre nanoindentation observed obtained organic orientation parameters particle performed phase polymer Position predicted present protein Raman spectroscopy range ratio reduced region Research respectively response rigidity samples scanning shape shell shown shows silk similar simulations solution spacing specimens stiffness strain strength stress structure surface Table temperature tensile testing thickness tissue University values volume yield