Quantification of the strain field of sands based on X-ray micro-tomography : A comparison between a grid-based method and a mesh-based method

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Keyphrases

100
Strain Localization Keyphrases
100
Sand Keyphrases
100
Strain Field Keyphrases
100
Grid-based Method Keyphrases
100
X-ray Microtomograp... Keyphrases
100
Mesh-based Methods Keyphrases
75
Particle Rotation Keyphrases
50
Strain Calculation Keyphrases
50
Voxel-based Keyphrases
50
Particle Kinematics Keyphrases
50
Strain Degree Keyphrases
25
In Situ Keyphrases
25
Result-oriented Keyphrases
25
Natural Sand Keyphrases
25
Calculation Method Keyphrases
25
Quartz Sand Keyphrases
25
Overall Trends Keyphrases
25
Volumetric Strain Keyphrases
25
Granular Materials Keyphrases
25
Sand Samples Keyphrases
25
Triaxial Shear Keyphrases
25
Experimental Quanti... Keyphrases
25
Voxel-based Method Keyphrases
25
3D Strain Field Keyphrases
25
Particle Displaceme... Keyphrases
25
2D Strain Keyphrases

INIS

100
comparative evaluat... INIS
100
x radiation INIS
100
strains INIS
100
grids INIS
100
sand INIS
100
tomography INIS
28
particles INIS
21
rotation INIS
14
particle kinematics INIS
7
accuracy INIS
7
calculation methods INIS
7
capture INIS
7
accounting INIS
7
shear INIS
7
quartz INIS
7
granular materials INIS

Engineering

100
Strain Localization Engineering
100
Mesh Engineering
100
Strain Field Engineering
100
Quantification Engineering
100
Grid-Based Method Engineering
25
Highlight Engineering
25
Natural Sand Engineering
25
Quartz Sand Engineering
25
Volumetric Strain Engineering
25
Digital Elevation M... Engineering
25
Accuracy Engineering
Research OutputsResearch Output authored by Quantification of the strain field of sands based on X-ray micro-tomography is tagged with the concept