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Engineering
Aluminum
52%
Bending Load
36%
Boundary Element Method
30%
Catastrophic Consequence
30%
Coefficient of Friction
45%
Contact Dynamics
30%
Contact Point
30%
Crack Configuration
60%
Crack Growth
45%
Crack Initiation
30%
Crack Propagation
60%
Crack Propagation Path
30%
Critical Fracture
30%
Critical Region
60%
Cyclic Loads
30%
Cylindrical Gear
30%
Data Show
30%
Degradation Process
30%
Element Model
30%
Experimental Measurement
30%
Fatigue Analysis
40%
Fatigue Behavior
30%
Fatigue Crack
40%
Fatigue Damage
86%
Fatigue Life
78%
Fem Model
60%
Finite Element Analysis
76%
Finite Element Modeling
31%
Firefly Algorithm
30%
Fretting Fatigue
66%
Individual Wire
30%
Induced Fatigue
30%
Induced Load
30%
Initial Crack
50%
Local Loading
30%
Mean Value
35%
Mechanical Fatigue Test
30%
Mild Wear
30%
Model Response
30%
Numerical Model
36%
Progression
60%
Quantitative Evaluation
30%
Reinforced Steel
36%
Residual Signal
50%
Scaling Factor
30%
Spur Gears
60%
Strand
43%
Strand Wire
60%
Transmission Error
45%
Wind Induced Vibration
66%
Keyphrases
Accurate Monitoring
15%
Asperity Shape
15%
Bending Sensitivities
30%
Contact Cracking
15%
Contact Fatigue
30%
Contact Modeling
30%
Controlled Evolution
15%
Crack Initiation
30%
Critical Fracture
15%
Damage Accumulation
15%
Damage Effect
10%
Damaged Teeth
7%
Degradation Prediction
15%
Depth Model
10%
Dynamic Contact
30%
Dynamic Degradation Model
10%
Fatigue Life Assessment
30%
Fatigue Prediction
15%
Fatigue Process
15%
Field Vibration
15%
Finite Element Strategy
15%
Gear Bending Fatigue
7%
Gear Model
15%
I-Model
30%
Loading History
15%
Local Fatigue Assessment
10%
Micropitting
30%
Mild Wear
30%
Mixed Lubrication
15%
Modeling Dimensions
10%
Multiaxial Criteria
15%
Nonlinear Dynamic Problem
10%
NU Method
10%
Planar Surface
10%
Plastic Deformation
15%
Precision Loss
15%
Quantitative Rules
7%
Resonance Fatigue
10%
Roughness Evolution
30%
Roughness Prediction
30%
Single-domain Model
10%
Statistical Formulation
15%
Sticking Zone
15%
Stochastic Prediction
30%
Strain-softening Model
15%
Surface Microcracks
15%
Surface pitting
15%
Wear Deformation
15%
Wear Fatigue
30%
Wear Progress
30%
Material Science
Alloy
5%
Aluminum
18%
Aluminum Alloy
30%
Conductor
90%
Crack Initiation
30%
Dynamic Loads
7%
Fatigue Behavior
30%
Fatigue Damage
5%
Fatigue of Materials
100%
Finite Element Method
36%
Fretting Fatigue
66%
Microcrack
15%
Mixed Lubrication
15%
Pitting Corrosion
15%
Plastic Deformation
15%
Spur Gear
30%
Ultimate Tensile Strength
5%
Wear Process
30%
Work Hardening
15%
