This manuscript presents a site response analysis and an estimation of S-wave velocity that are dependent on acceleration data. First, existing data, such as density, seismic wave velocity, and soil cross-sections, are obtained from previous seismic microzonation studies and used to prepare input data for a suite of MATLAB routines, which are referred to as SUA software. Acceleration data are obtained from four free-field strong-motion stations of the SERAMAR project, which was conducted between 2006 and 2009 in conjunction with a Turkish-German joint research project, and inputted into the software as basic data. The results include a 1D velocity cross-section versus depth and an amplification model of the site. Three different depth level...
Properties of the soil from the bedrock is necessary to describe accurately and reliably for the red...
1566-1577Shear wave velocity (Vs) plays a fundamental role in soil dynamic problems and seismic anal...
On May 27th 2006, Yogyakarta earthquake happened with 6.3 Mw. It was causing widespread destruction ...
This manuscript presents a site response analysis and an estimation of S-wave velocity that are depe...
In this study, we aimed to explore the S-wave velocity structure of shallow soils using microtremors...
We have explored 1D S-wave velocity profiles of shallow and deep soil layers over a basement at stro...
The 1999 Izmit and Duzce earthquakes in Turkey have generated important information and data at stat...
Shear wave velocity (Vs) is an important parameter for the design of geotechnical works in seismical...
Shear wave velocity (Vs) is an important parameter for the design of geotechnical works in seismical...
Shear wave velocity (Vs) is an important parameter for the design of geotechnical works in seismical...
Properties of the soil from the bedrock is necessary to describe accurately and reliably for the red...
Properties of the soil from the bedrock is necessary to describe accurately and reliably for the red...
Site amplification is one of the most important factors controlling damage in urban areas through st...
In September, 2003, we conducted array measurements of microtremors at two sites (AVC and DHM) in Av...
Properties of the soil from the bedrock is necessary to describe accurately and reliably for the red...
Properties of the soil from the bedrock is necessary to describe accurately and reliably for the red...
1566-1577Shear wave velocity (Vs) plays a fundamental role in soil dynamic problems and seismic anal...
On May 27th 2006, Yogyakarta earthquake happened with 6.3 Mw. It was causing widespread destruction ...
This manuscript presents a site response analysis and an estimation of S-wave velocity that are depe...
In this study, we aimed to explore the S-wave velocity structure of shallow soils using microtremors...
We have explored 1D S-wave velocity profiles of shallow and deep soil layers over a basement at stro...
The 1999 Izmit and Duzce earthquakes in Turkey have generated important information and data at stat...
Shear wave velocity (Vs) is an important parameter for the design of geotechnical works in seismical...
Shear wave velocity (Vs) is an important parameter for the design of geotechnical works in seismical...
Shear wave velocity (Vs) is an important parameter for the design of geotechnical works in seismical...
Properties of the soil from the bedrock is necessary to describe accurately and reliably for the red...
Properties of the soil from the bedrock is necessary to describe accurately and reliably for the red...
Site amplification is one of the most important factors controlling damage in urban areas through st...
In September, 2003, we conducted array measurements of microtremors at two sites (AVC and DHM) in Av...
Properties of the soil from the bedrock is necessary to describe accurately and reliably for the red...
Properties of the soil from the bedrock is necessary to describe accurately and reliably for the red...
1566-1577Shear wave velocity (Vs) plays a fundamental role in soil dynamic problems and seismic anal...
On May 27th 2006, Yogyakarta earthquake happened with 6.3 Mw. It was causing widespread destruction ...