Keyphrases
Dynamic Model
100%
Equations of Motion
100%
Size Dependence
100%
Third Order
100%
Shear Deformable
100%
Modified Couple Stress Theory
100%
Elastic Medium
100%
Generalized Coordinates
100%
Lagrange Equation
100%
Dynamic Analysis
50%
Deformable Models
50%
System Response
50%
Kinetic Energy
50%
Nonlinear Analysis
50%
Inertia
50%
Energy Dissipation
50%
Nonlinear Coupled
50%
Continuation Method
50%
Out-of-plane Displacement
50%
Linear Analysis
50%
Third-order Shear Deformation Theory
50%
Assumed Modes
50%
External Loading
50%
Pseudo-arclength Continuation
50%
Eigenvalue Analysis
50%
Direct Time Integration
50%
Elastic Strain Energy
50%
Motion Behavior
50%
Translational Spring
50%
Elastic Potential Energy
50%
Dissipation Function
50%
Continuum Theory
50%
Engineering
Dynamic Model
100%
Modified Couple Stress
100%
Lagrange Equation
100%
Generalized Coordinate
100%
Energy Dissipation
50%
Potential Energy
50%
Elastic Strain
50%
Strain Energy
50%
Eigenvalue Analysis
50%
Linear Analysis
50%
Nonlinear Analysis
50%
System Response
50%
External Loading
50%
Deformable Model
50%
Order Shear Deformation Theory
50%
Dissipation Function
50%