Keyphrases
Moving Mass
100%
Timoshenko Beam
88%
Rotatory Inertia
72%
Shear Deformation
72%
Elastically Supported
72%
Dynamic Response
55%
Infinite Beam
50%
Beam Theory
50%
Supporting Beam
33%
Lateral Deformation
33%
Moving Load
33%
Forced Excitation
33%
Elastically Supported Beam
33%
Inertia Load
33%
Acoustic Radiation
33%
Dynamic Stability
33%
Solid Wall
33%
Mass Particles
33%
Mid-rise Building
33%
Low-rise Building
33%
Time Signature
33%
Floquet Theory
22%
Simply Supported Beam
22%
Numerical Results
22%
Inertia Effect
22%
Dead Weight
16%
Moving Velocity
16%
Finite Length
16%
Industrial Application
16%
Impulse Response
16%
Step Function
16%
Movement Distance
16%
Square Pulse
16%
Radiated Noise
16%
Marine Applications
16%
Point Forces
16%
Normal Distance
16%
Elastic Plate
16%
Impulsive Force
16%
Constant Velocity
11%
Equivalent Thickness
11%
Continuous Sequence
11%
Three-dimensional Analysis
11%
Seismic Force
11%
Mass-based
11%
Finite Element Model
11%
Elastic Foundation
11%
Wind Forcing
11%
Instability Regions
11%
Lateral Displacement
11%
Engineering
Moving Mass
100%
Shear Deformation
55%
Infinite Beam
50%
Elastic Plate
50%
Time History
33%
Shear Walls
33%
Moving Load
33%
Rise Building
33%
Inertia Load
33%
Solid Wall
33%
Dynamic Stability
33%
Transients
33%
Inertia Effect
22%
Euler Beam
22%
Graphical Form
22%
Dynamic Response
22%
Simply Supported Beam
22%
Deadweight
16%
Time-of-Arrival
16%
Finite Length
16%
Impulse Response
16%
Industrial Applications
16%
Square Pulse
16%
Acoustic Pulse
16%
Impact Loads
16%
Marine Applications
16%
Radiated Noise
16%
Step Function
16%
Lateral Displacement
11%
System Parameter
11%
Dimensional Analysis
11%
Functional Requirement
11%
Illustrates
11%
Physical System
11%
Constant Velocity
11%
Finite Element Modeling
11%
Lateral Loads
11%
