Wave Motion in Elastic Solids

GPTKB entity

Predicate	Object
gptkbp:instanceOf	gptkb:scientific_theory
gptkbp:application	gptkb:non-destructive_testing acoustics ultrasonics earthquake analysis
gptkbp:attenuation	due to internal friction
gptkbp:bodyWaveType	gptkb:P-waves gptkb:S-waves
gptkbp:canBe	non-dispersive dispersive
gptkbp:damping	material dependent
gptkbp:describes	propagation of waves in elastic materials
gptkbp:energyTransportedBy	mechanical waves
gptkbp:field	mechanics physics solid mechanics
gptkbp:form	gptkb:partial_differential_equations
gptkbp:governedBy	Navier's equations elastic wave equation
gptkbp:importantFor	geophysics structural engineering material characterization vibration analysis wave propagation studies
gptkbp:includes	longitudinal waves transverse waves
gptkbp:mathematicalSolution	gptkb:Laplace_transforms Fourier analysis
gptkbp:relatedTo	gptkb:center gptkb:Young's_modulus gptkb:Poisson's_ratio stress elasticity density shear modulus
gptkbp:speedDependsOn	material properties density elastic moduli
gptkbp:studiedBy	gptkb:Augustin-Louis_Cauchy gptkb:Simeon_Denis_Poisson John William Strutt (Lord Rayleigh)
gptkbp:studiedIn	engineering materials science seismology
gptkbp:surfaceWaveType	gptkb:Rayleigh_waves gptkb:Love_waves
gptkbp:waterSource	surface waves body waves
gptkbp:bfsParent	gptkb:Karl_Graff
gptkbp:bfsLayer	8
https://www.w3.org/2000/01/rdf-schema#label	Wave Motion in Elastic Solids