We can determine efficiently the Rayleigh wave dispersion curve for a frequency range between 2 Hz and 80 Hz by analyzing the seismic noise recorded on mini-arrays. Due to the short recording time of 15 min we are able to map an area up to 6 ha per day. The dispersion curve gives us a first qualitative image of the subsurface
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
The amount of damage to a structure during an earthquake is related to the ground motion at that sit...
Active and passive procedures for estimating the local seismic response from surface-wave measuremen...
Active and passive procedures for estimating the local seismic response from surface-wave measuremen...
Active and passive procedures for estimating the local seismic response from surface-wave measuremen...
Active and passive procedures for estimating the local seismic response from surface-wave measuremen...
Passive seismic surveying methods represent a valuable tool in local seismic hazard assessment, oil ...
Seismic noise was passively recorded with mini-arrays, allowing shear wave velocities of individual ...
Site response to earthquakes is strongly dependent on shallow shear wave velocity structure β(z), an...
Shear wave velocity profile and bedrock depth are key parameters for seismic site response estimatio...
Analysis of Rayleigh waves is an important task in seismology and geotechnical investigations. In fa...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
The amount of damage to a structure during an earthquake is related to the ground motion at that sit...
Active and passive procedures for estimating the local seismic response from surface-wave measuremen...
Active and passive procedures for estimating the local seismic response from surface-wave measuremen...
Active and passive procedures for estimating the local seismic response from surface-wave measuremen...
Active and passive procedures for estimating the local seismic response from surface-wave measuremen...
Passive seismic surveying methods represent a valuable tool in local seismic hazard assessment, oil ...
Seismic noise was passively recorded with mini-arrays, allowing shear wave velocities of individual ...
Site response to earthquakes is strongly dependent on shallow shear wave velocity structure β(z), an...
Shear wave velocity profile and bedrock depth are key parameters for seismic site response estimatio...
Analysis of Rayleigh waves is an important task in seismology and geotechnical investigations. In fa...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...
International audienceThe local measurement of dispersion curves of intermediate-period surface wave...