EFFECTS OF RAYLEIGH AND LOVE WAVESArai, HiroshiTokimatsu, KohjiArai, H., and Tokimatsu, K. 1994. "Effects of Rayleigh and Love Waves." In Conference Proceedings, 12WCEE2000, 1-8.
Thus, a useful computational tool now exists for the analysis of Rayleigh-like waves on layered substrates 展开 关键词: Love waves Rayleigh waves determinants substrates touch sensitive screens Love wave Rayleigh wave acoustic touchscreen boundary conditions depth profile ...
The group velocities of Rayleigh and Love waves are consistent with a thickness of approximately 1 km for the unconsolidated sediments in the Tasman Basin and a crustal thickness of approximately 7 km.Lawrence A. DrakeMacquarie UniversityNorth RydeNew Zealand Journal of Geology and Geophysics...
We have studied the structures of the Earth's crust and upper mantle of the Asian continent using a representative sample of dispersion curves of group velocities of fundamental-mode Rayleigh and Love waves for more than 3200 seismic paths. Maps of distributions of variations in group velocities ...
Rayleigh-wavesLove-wavesStoneley-wavesSimplified u - p formulationScalar potential functionInvestigation of propagation of surface waves, and also interfacial waves in a saturated either homogeneous or coated half-space in the framework of a simplified version of Biot theory known as up formulation is...
The theory includes the effect of layering and source depth for the following: (1) Rayleigh waves from an explosive source, (2) Rayleigh waves from a vertical point source, (3) Rayleigh and Love waves from a vertical strike slip fault model. The latter source also includes the effect of ...
The theory includes the effect of layering and source depth for the following: (1) Rayleigh waves from an explosive source, (2) Rayleigh waves from a vertical point force, (3) Rayleigh and Love waves from a vertical strike slip fault model. The latter source also includes the effect of ...
Surface elasticityLove and Rayleigh surface wavesFace-centered cubic crystalsHalf-spaceDispersion relationUsing the mathematical framework of surface elastiEnzevaeeSharifC.SharifShodjaSharifH.SharifM.SharifINTERNATIONAL JOURNAL OF SOLIDS AND STRUCTURES
Rayleigh waves. This reduces the degree of nonuniqueness leading to more stable inversion of Love-wave dispersion curves. To estimate the near-surface shear-wave velocities (Vs) using multichannel analysis of Rayleigh (MASW) and Love waves (MALW) for hydrologic characterization, we conducted an ...
Shallow-seismic Rayleigh and Love waves are attractive for geotechnical site investigations. They exhibit a high signal to noise ratio in field data recordings and have a high sensitivity to the S-wave velocity, an important lithological and geotechnical parameter to characterize the very shallow subsu...