Keyphrases
High Cycle Fatigue
93%
Endurance Surface
76%
Magneto-mechanical
71%
Fatigue Model
68%
Continuum Approach
60%
Continuum Damage Model
60%
Evolution Equations
51%
Dissipation Potential
50%
Loading History
45%
Electrical Steel Sheet
45%
Multi-axial
43%
Fatigue Analysis
43%
Creep-fatigue
40%
Creep Fracture
40%
Continuum Mechanics
36%
Fatigue Damage
36%
Axial Stress
36%
Stress Space
35%
Damage Variable
35%
Magnetoelastic
35%
Failure Surface
35%
Helmholtz Free Energy
31%
Material-based
30%
Stress Dependence
29%
Proximal Femur
29%
Finite Element Model
28%
Sideways Fall
28%
Equation-based
28%
Natural Frequency
26%
Magnetic Field
25%
Beam Element
25%
Induction Machine
25%
Exercise Loading
25%
Thermodynamically Consistent Model
25%
Material Model
25%
Anisotropic Damage
25%
Thermodynamic Formulation
25%
Gibbs Free Energy
25%
Uniaxial
24%
Material Parameters
23%
Numerical Modeling
23%
Electrical Machines
23%
Magnetization Curve
23%
Plastic Deformation
23%
Continuum Model
22%
Free Vibration Analysis
22%
Energy-based Approach
21%
Damage Accumulation
21%
Back Stress
21%
ABAQUS
21%
Engineering
High Cycle Fatigue
100%
Finite Element Analysis
85%
Fatigue Model
75%
Damage Model
70%
Energy Engineering
62%
Creep
60%
Continuum Approach
58%
Anisotropic
57%
Constitutive Model
51%
Electrical Steel
45%
Fatigue Analysis
45%
Continuum Mechanics
40%
Damage Variable
36%
Stress Space
35%
Fatigue Damage
35%
Damage Evolution
35%
Material Model
33%
Fatigue Modeling
30%
Induction Machine
30%
One Dimensional
30%
Helmholtz Free Energy
29%
Plastic Deformation
28%
Magnetic Field
25%
Plasticity Model
25%
Abaqus
25%
Rankine
25%
Cross Section
23%
Material Parameter
23%
Damage Accumulation
23%
Experimental Result
23%
State Variable
23%
Numerical Modeling
22%
Brittleness
22%
Resonant Frequency
21%
Free Vibration Analysis
21%
Mechanical Problem
20%
Failure Surface
20%
Anisotropic Damage
20%
Electrical Machine
20%
Multiaxial Loading
20%
Low Cycle Fatigue
20%
Stress History
20%
Double Pendulum
20%
Polycarbonate
20%
Failure Criterion
20%
Maxwell Stress
20%
Mechanical Model
20%
Fracture Analysis
20%
Numerical Example
20%
Compression Strength
20%
