Transcription of Structure and Mechanical Properties of Materials
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Structure and Mechanical Properties of MaterialsIntroduction to Material Properties New Focus on: Fundamental information on the bulk Properties of biomaterials Basic level to enable understanding of metallic, polymeric, and ceramic substrates In the next few classes we will cover: Crystal Structure Stress-strain behavior Creep, fracture, fatigue, and wear of materialsThe 14 Bravais LatticesSolidification of a Polycrystalline MaterialGrain BoundariesThe Three Common Types of MaterialsIntroduction to Carbon PolymersThe unit at the base ofCarbon Chains3-D Representation of a chain of single bonded carbonsCarbon chains can only rotates in specific waysIntroduction to Carbon PolymersBranching in PolymersCross-Linking in PolymersMulty-Component PolymersMulti-Component PolymersMechanical Properties of MaterialsFundamentals of Elastic BehaviorBasic Types of Loading and DeformationsDefinition of StressTensile StressShear StressDefinition of StressDefinition of StrainTensile StrainLateral StrainShear StrainDefinition of StrainPoisson s RatioThe stress-strain curve does not show an important feature of plastic deformation.
Principal Stresses and Ski Injury in Tibia due to Torque. Mechanical Properties of Tissue. Plasticity of Tissue. Sub-Failure Injury. Material Properties of Biological/Implant Materials. Basic Definition of Toughness. Summary and Concluding Remarks •This …
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