The probabilistic seismic hazard maps are developed for Yogyakarta depression area. The earthquake catalog of ANSS (1970-2007) is taken into account with the complement of NEIC (USGS, 1973-2007) and the records of BMG (2000-2004). On the basis of seismicity of the area, tectonics and geological information, the seismic source zones are characterized for this area. The seismicity parameters of each seismic source are determined by applying the classical Gutenberg-Richter recurrence model, regarding the historical records. The attenuation relation for Yogyakarta depression area cannot be evaluated since the sufficient strong ground motion records are not available for this region. Therefore the attenuation relations which were developed for o...
This research is motivated by the earthquake phenomena that have occurred in the Yogyakarta area du...
Historical reports of earthquake effects from the period 1681 to 1877 in Java, Bali, and Nusa Tengga...
The probabilistic seismic ground-motion hazard maps for the Peninsular Malaysia region have been dev...
The probabilistic seismic hazard maps are developed for Yogyakarta depression area. The earthquake c...
Maximum magnitudes of earthquake potentials are estimated for Yogyakarta depression area by using th...
Have been done many researcher concern prediction of seismic hazard in Indonesia, but eastern Indone...
This paper presents the development of synthetic ground motion at specific sites in Yogyakarta town....
The Yogyakarta Basin can be defined as NE – SW elongated depression zone of 20 km in width and 45 km...
Indonesia is a country located in an earthquake-prone region, and is characterized by significantly ...
History records that Jakarta as the capital of Indonesia ever rocked by a devastating earthquake in ...
Seismic hazard assessment for Jayapura Regency was developed for recurrence interval 475 years. This...
Among the devastated earthquakes that have occurred in theYogyakarta Special Province (YSP) were ear...
One of the largest structures in Malang is Sutami dam. It was built in 1964 to 1973 and began to be ...
Background: The Southeast of Yogyakarta City has had the heaviest damages to buildings in the 2006 o...
This research aimed to identify the earthquake hazard, developing a peak ground acceleration (PGA) a...
This research is motivated by the earthquake phenomena that have occurred in the Yogyakarta area du...
Historical reports of earthquake effects from the period 1681 to 1877 in Java, Bali, and Nusa Tengga...
The probabilistic seismic ground-motion hazard maps for the Peninsular Malaysia region have been dev...
The probabilistic seismic hazard maps are developed for Yogyakarta depression area. The earthquake c...
Maximum magnitudes of earthquake potentials are estimated for Yogyakarta depression area by using th...
Have been done many researcher concern prediction of seismic hazard in Indonesia, but eastern Indone...
This paper presents the development of synthetic ground motion at specific sites in Yogyakarta town....
The Yogyakarta Basin can be defined as NE – SW elongated depression zone of 20 km in width and 45 km...
Indonesia is a country located in an earthquake-prone region, and is characterized by significantly ...
History records that Jakarta as the capital of Indonesia ever rocked by a devastating earthquake in ...
Seismic hazard assessment for Jayapura Regency was developed for recurrence interval 475 years. This...
Among the devastated earthquakes that have occurred in theYogyakarta Special Province (YSP) were ear...
One of the largest structures in Malang is Sutami dam. It was built in 1964 to 1973 and began to be ...
Background: The Southeast of Yogyakarta City has had the heaviest damages to buildings in the 2006 o...
This research aimed to identify the earthquake hazard, developing a peak ground acceleration (PGA) a...
This research is motivated by the earthquake phenomena that have occurred in the Yogyakarta area du...
Historical reports of earthquake effects from the period 1681 to 1877 in Java, Bali, and Nusa Tengga...
The probabilistic seismic ground-motion hazard maps for the Peninsular Malaysia region have been dev...