A ground penetrating radar (GPR) survey was conducted across the well-known Uemachi
fault system in order to investigate the shallow geological structures in the vicinity of the fault …

The scattering problem of plane SH waves by convex circular-arc topography is
investigated. The series solution corresponding to this problem is derived via the …

The frequency-wave number (FK) method and the spatial autocorrelation (SPAC) method
can both be applied to estimate the subsurface structure by using array observations of long …

The SH-wave scattering induced by a lower semielliptic convex topography is studied here.
A rigorous series solution is obtained via the region-matching technique. The method of …

Damage during the 1994 Northridge earthquake was anomalously concentrated in Santa
Monica, California. Aftershock studies suggest that the basin substructure caused localized …

A 3.5-km-long shallow seismic reflection profile was acquired along Yodo riverbank across
the active Uemachi fault, Osaka City, Japan. The study aimed to explore the subsurface …

Ground penetrating radar (GPR) and high‐resolution shallow reflection seismic surveying
were carried out to investigate the subsurface geology in and around the Uemachi Fault …

The phase velocities of Rayleigh waves provide basic information for estimating the shear-
wave velocity structure of the ground. Many methods have been proposed for this purpose; …

Precise gravity measurements, conducted at 7692 stations with spacing of about 300m,
revealed 3D structure of granitic bedrock under the Okayama plain, west Japan, which …

A 1200 m long shallow seismic reflection profile is acquired across Uemachi fault system to
explore the subsurface geology in and around the fault zone area. Our aim is to investigate …