The 2006 Yogyakarta earthquake caused an extensive damage to various areas of Yogyakarta regions. The damage distribution indicates the role of local site effects during the earthquake as the damage extended from Bantul Regency in Yogyakarta Province to Klaten Regency in Central Java. Microzonation based on the damage distribution is then carried out using Horizontal-to-Vertical Spectral Ratio (HVSR) technique. From this technique, amplification factor and predominant frequency can be obtained and then spatially mapped. Inversion can also be conducted to the HVSR curves to infer the geological condition of the study area
Among the devastated earthquakes that have occurred in theYogyakarta Special Province (YSP) were ear...
The Aceh Tenggara region is located in an tectonically active region and it can be categorized as th...
Aluvium merupakan fitur geologi yang memiliki sifat rentan terhadap pengaruh gempabumi. Daerah Poron...
The 2006 Yogyakarta earthquake caused an extensive damage to various areas of Yogyakarta regions. Th...
It has been known that Bengkulu City (Indonesia) is vulnerable to undergo seismic damage. This study...
AbstractThis research was conducted to estimate the value of the wave velocity of the S at 30 meters...
The magnitude 7.6 MW earthquake that occurred on 30 September 2009 in West Sumatera caused significa...
Sulawesi Island is a boundary of three tectonic plates, thus \ud need the mapping detail with the am...
AbstractThe technique using microtremor measurements are cost-effective tools that rapidly acquire h...
A magnitude of 7.1 Mw earthquake struck Van city on October 23, 2011. Although, construction practic...
Nusa Tenggara Barat (NTB) Province is an area with intense seismic activity. This phenomenon is caus...
Makassar has experienced earthquakes indicating that the city is an area vulnerable to earthquake ha...
Disaster mitigation has been undertaken to reduce the impact of loss or damage caused by the earthqu...
Makassar city has an earthquake vulnerability relatively low compared with other regions in Indonesi...
This paper presents the seismic hazard microzonation of ground motion parameters on the basis of ear...
Among the devastated earthquakes that have occurred in theYogyakarta Special Province (YSP) were ear...
The Aceh Tenggara region is located in an tectonically active region and it can be categorized as th...
Aluvium merupakan fitur geologi yang memiliki sifat rentan terhadap pengaruh gempabumi. Daerah Poron...
The 2006 Yogyakarta earthquake caused an extensive damage to various areas of Yogyakarta regions. Th...
It has been known that Bengkulu City (Indonesia) is vulnerable to undergo seismic damage. This study...
AbstractThis research was conducted to estimate the value of the wave velocity of the S at 30 meters...
The magnitude 7.6 MW earthquake that occurred on 30 September 2009 in West Sumatera caused significa...
Sulawesi Island is a boundary of three tectonic plates, thus \ud need the mapping detail with the am...
AbstractThe technique using microtremor measurements are cost-effective tools that rapidly acquire h...
A magnitude of 7.1 Mw earthquake struck Van city on October 23, 2011. Although, construction practic...
Nusa Tenggara Barat (NTB) Province is an area with intense seismic activity. This phenomenon is caus...
Makassar has experienced earthquakes indicating that the city is an area vulnerable to earthquake ha...
Disaster mitigation has been undertaken to reduce the impact of loss or damage caused by the earthqu...
Makassar city has an earthquake vulnerability relatively low compared with other regions in Indonesi...
This paper presents the seismic hazard microzonation of ground motion parameters on the basis of ear...
Among the devastated earthquakes that have occurred in theYogyakarta Special Province (YSP) were ear...
The Aceh Tenggara region is located in an tectonically active region and it can be categorized as th...
Aluvium merupakan fitur geologi yang memiliki sifat rentan terhadap pengaruh gempabumi. Daerah Poron...