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Engineering
Circular Tube
100%
Finite Element Analysis
46%
Experimental Result
44%
Thickness Ratio
32%
Stainless Steel
30%
Steel Tube
30%
Cross Section
29%
Experimental Investigation
28%
Good Agreement
23%
Dent Depth
23%
Log Scale
22%
Straight Line
20%
Experimental Finding
20%
304 Stainless Steel
18%
Round Hole
18%
Creep
14%
Bending Machines
14%
Hole Diameter
14%
Pure Bending
13%
Induced Stress
13%
Endochronic Theory
13%
Bending (Forming)
12%
Fatigue Life Prediction
9%
Finite Strain Range
9%
Material Response
9%
Rate Sensitivity
9%
Finite Torsion
9%
Simulation Result
8%
Test Data
8%
Parallel Line
8%
Range Curvature
6%
Fatigue Model
6%
Constitutive Equation
6%
Empirical Model
6%
Digital Camera
6%
Complete Differential
6%
Double Logarithmic Coordinate
5%
Plane Deformation
5%
Micromirrors
5%
Simulated Result
5%
Carbon Steel
5%
Bending Moment
5%
Keyphrases
Cyclic Bending
75%
Ovalization
43%
Circular Tube
33%
Number of Cycles
29%
Diameter-to-thickness Ratio
27%
Sharp-notched Circular Tubes
23%
6061-T6 Aluminum Alloy Tubes
19%
Moment-curvature Relationship
16%
Notch Depth
14%
Thin-walled Tube
13%
Ratcheting
13%
Moment-curvature
11%
Stainless Steel Tube
10%
Bending Cycle
10%
Dent Depth
9%
Log-log
9%
Lifetime Estimation
9%
Pure Bending Relaxation
9%
Axial Effects
9%
Plastic Spin
9%
Bending Creep
9%
Finite Torsion
9%
Straight Line
9%
Unsymmetrical
8%
Endochronic Theory
8%
Principle of Virtual Work
8%
Few-cycle
7%
Al 1100
6%
Theoretical Formulation
6%
SS316L
6%
Buckling Failure
6%
Ordinary Differential
6%
Viscoplastic Response
6%
Differential Constitutive Equations
6%
Brass
5%
Empirical Formulation
5%
