Keyphrases
Strut
100%
Mild Steel
100%
Uniform Axial Compression
100%
Steel Strut
100%
Carbon Fiber Reinforced Polymer Sheets
100%
Composite Specimen
37%
Steel Plate
25%
Reinforced
25%
Rigid-plastic Theory
25%
Energy Absorption
12%
Longitudinal Direction
12%
Load Capacity
12%
Initial Imperfection
12%
Residual Displacement
12%
Buckling Load
12%
Elastic-plastic
12%
Plastic Collapse
12%
Elastic Range
12%
Width-to-thickness Ratio
12%
Applied Force
12%
Experimental Curve
12%
Debonding Failure
12%
Carbon Fiber Reinforced Polymer
12%
Experimental Sample
12%
Inelasticity
12%
Adhesively Bonded
12%
Permanent Damage
12%
Theoretical Curve
12%
Carbon Fiber Sheet
12%
Maximum Capacity
12%
Overall Buckling
12%
Relative Thickness
12%
Energy Ductility
12%
Failure Strain
12%
Testing Program
12%
Sharp Peak
12%
Engineering
Axial Compression
100%
Mild Steel
100%
Carbon Fibre Reinforced Polymer
100%
Composite Specimen
60%
Experimental Result
40%
Steel Plate
40%
Rigid Plastic
40%
Percentage Increase
40%
Longitudinal Direction
20%
Applied Force
20%
Initial Imperfection
20%
Buckling Load
20%
Elastic Range
20%
Test Specimen
20%
Failure Strain
20%
Failed Specimen
20%
Main Parameter
20%
Theoretical Curve
20%
Relative Thickness
20%
Compression Face
20%
Debonding
20%
Bearing Capacity
20%
Thickness Ratio
20%
Energy Absorption
20%
Material Science
Composite Material
100%
Carbon Fiber
100%
Carbon Steel
100%
Reinforced Plastic
100%
Debonding
16%
Plastic Collapse
16%
Bearing Capacity
16%