Simultaneous Wide-Field Planar Strain–Fiber Orientation Distribution Measurement Using Polarized Spatial Domain Imaging

Keyphrases

• Wide-field 100%
• Spatial Domain 100%
• Orientation Distribution Function 100%
• Distribution Measurement 100%
• Domain Imaging 100%
• Polarized Spatial Frequency Domain Imaging 100%
• Soft Tissue 60%
• Pixel Level 40%
• Meso 20%
• Imaging Techniques 20%
• Kinematics 20%
• Collagen 20%
• Imaging Approach 20%
• Affine 20%
• Surface Strain 20%
• Strain Measurement 20%
• Calibration Method 20%
• Regional Variation 20%
• Strain Analysis 20%
• Particle Method 20%
• Imaging Measurement 20%
• General Utility 20%
• Spatial Position 20%
• Mechanical Studies 20%
• Pericardium 20%
• Preferred Direction 20%
• Planar Surfaces 20%
• Calibration Approach 20%
• Unloaded State 20%
• Structural Measurements 20%
• Planar Biaxial 20%
• Physical Markers 20%
• Pericardial Tissue 20%
• Deformation Map 20%
• Deformation Gradient Tensor 20%
• Region Size 20%
• Optical Behavior 20%
• Fiber Orientation Distribution 20%
• Fibrous Biomaterials 20%
• Strain Range 20%
• Deformation Prediction 20%
• Electrospun Biomaterials 20%
• Deformed State 20%
• DIC Analysis 20%
• Collagen Fibers 20%

Engineering

• Spatial Domain 100%
• Frequency Domain 100%
• Spatial Frequency 100%
• Pixel Level 40%
• Mesoscale 20%
• Length Scale 20%
• Calibration Procedure 20%
• Planar Surface 20%
• Spatial Position 20%
• Preferred Direction 20%
• Electrospun 20%
• Deformation Gradient Tensor 20%
• Critical Length 20%
• Fibre Orientation Distribution 20%
• Strain Analysis 20%

Material Science

• Biomaterial 100%
• Strain Measurement 50%
• Fiber Reinforced Material 50%