Optimization of digital volume correlation computation in SR-microCT images of trabecular bone and bone-biomaterial systems.

Keyphrases

• Digital Volume Correlation 100%
• Trabecular Bone 100%
• Synchrotron Radiation Micro CT (SRμCT) 100%
• Bone Biomaterials 100%
• Correlation Processing 100%
• Tissue Level 33%
• Synchrotron micro-CT 33%
• Three-dimensional (3D) 16%
• Image Processing 16%
• High-resolution 16%
• Biomaterials 16%
• Bone Structure 16%
• Imaging Parameters 16%
• Reconstructed Image 16%
• Measured Strain 16%
• Regeneration Strategy 16%
• Microcomputed Tomography 16%
• Irradiation 16%
• X-ray Irradiation 16%
• Tissue Regeneration 16%
• Micromechanics 16%
• Biomaterial Composites 16%
• Strain Measurements Uncertainty 16%
• Micromechanical Characterization 16%
• Bone Marrow 16%
• Strain Error 16%
• Zero-strain 16%
• Strain Measurement 16%
• Micro-CT Scanning 16%
• High-resolution Image 16%
• Bone Tissue Engineering 16%
• Low-dose Effects 16%
• Strain Value 16%
• Regenerated Bone 16%
• Internal Deformation 16%
• Tissue Damage 16%
• In Situ Mechanical Testing 16%
• Hard Phase 16%
• Correlation Approach 16%
• Three-dimensional Strain 16%
• Microstrain 16%

Engineering

• High Resolution 100%
• Internals 50%
• Resolution Image 50%
• Reconstructed Image 50%
• Measured Strain 50%
• Ray Radiation 50%
• Mechanical Testing 50%
• Micromechanics 50%
• Measurement Uncertainty 50%
• Bone Tissue Engineering 50%
• Hard Phase 50%
• Parameter Image 50%
• Tissue Regeneration 50%

Material Science

• Biomaterial 100%
• Digital Volume Correlation 100%
• Strain Measurement 33%
• Tomography 16%
• Mechanical Testing 16%
• Micromechanics 16%