Earthquake is one of the most common natural disasters in Indonesia and usually destroys both high low-rise buildings as well triggers liquefaction Tsunami. This means it important to provide a robust building design with ability resist earthquake load other induced phenomena. One methods commonly used determine relevant response spectrum bedrock seismic hazard analysis which can be either Prob...

Seismic hazard analyses are associated with large uncertainties when historical data are insufficient to define secular rates of seismicity. Such uncertainties may be decreased with geological data in areas where seismicity is shallow and produced by Quaternary faulting. To illustrate, we examine intraplate Japan. Large intraplate earthquakes in Japan characteristically produce surface ruptures...

A gas distribution system comprises two main categories of components: (i) a number of point-like critical facilities (reduction stations and groups); and (ii) pipelines constituting the distribution network. The causes of earthquake damage to components of gas systems include permanent ground deformation (PGD) hazard produced by fault displacements, landslides, liquefaction of sandy soils, as ...

The Sorong–MakbonSorong–Makbon Corridor is one of the key routes connecting Sorong to other sections West Papua region in Indonesia. Throughout Sorong–Makbon Corridor, roads and slopes often sustain damage. When landslides reach road shoulder destroy pavement, they prevent access road. In addition influence surface water runoff, there are indications that earthquakes contribute ineffectiveness ...

Probabilistic Seismic Hazard Assessment (PSHA) evaluates the probability of exceedance a given earthquake intensity threshold like Peak Ground Acceleration, at target site for exposure time. The stochasticity occurrence seismic events is modelled by stochastic processes and propagation wave in soil typically evaluated empirical relationships called Motion Prediction Equations. large uncertainty...

This paper presents site-specific probabilistic seismic hazard analysis (PSHA) results at 24 locations throughout New Zealand (NZ). Specifically, peak ground acceleration (PGA) curves for two generic soft soil conditions are considered. For specific return periods of interest, disaggregation is used to obtain the percentage contributions various sources hazard, including metrics such as mean ea...