The Near Real-Time System for Estimating the Seismic Damage in Romania, implemented in 2012 at the National Institute for Earth Physics, is one of the automated systems that can directly contribute to saving many lives right after a major earthquake, by translating earthquake parameters into damage probabilities for different areas within Romanian counties and showing emergency intervention necessities, and can also lead to mitigation actions before an earthquake, through raising awareness and highlighting vulnerable aspects of the building stock and economic and social impacts
The number of hydrological (flood, mass movement), meteorological (tropical storm, extratropical sto...
A recently implemented advanced seismic monitoring system for a 24-story building facilitates record...
The paper presents the seismic monitoring network of the TURNKey Project (Towards more Earthquake-re...
Abstract. Starting with 2002 the National Institute for Earth Physics (NIEP) has developed its real-...
Nowadays natural disasters phenomena as hurricanes, volcanic eruptions, tsunamis or earthquakes, are...
The seismic instrumentation of structures in order to assess their condition and to track it over lo...
According to the number of people lost in earthquakes during 20th century as well as in a single (Ma...
The Romanian Seismic Network consisting of 8 short-period stations (S13), 60 Altus — K2 and Q330 sei...
Currently, a large number of seismic records, obtained over the years on instrumented buildings with...
In 2002, the National Institute for Earth Physics started the development of its own real-time digit...
BURAR seismic data are continuously recorded and transmitted in real-time to the Romanian National D...
The growing interest towards the use of permanent monitoring system is due to the importance of asse...
A recently implemented advanced seismic monitoring system for a 24-story building facilitates record...
The probabilistic seismic hazard analysis for Romania is revisited within the framework of the BIGSE...
The probabilistic seismic hazard analysis for Romania is revisited within the framework of the BIGSE...
The number of hydrological (flood, mass movement), meteorological (tropical storm, extratropical sto...
A recently implemented advanced seismic monitoring system for a 24-story building facilitates record...
The paper presents the seismic monitoring network of the TURNKey Project (Towards more Earthquake-re...
Abstract. Starting with 2002 the National Institute for Earth Physics (NIEP) has developed its real-...
Nowadays natural disasters phenomena as hurricanes, volcanic eruptions, tsunamis or earthquakes, are...
The seismic instrumentation of structures in order to assess their condition and to track it over lo...
According to the number of people lost in earthquakes during 20th century as well as in a single (Ma...
The Romanian Seismic Network consisting of 8 short-period stations (S13), 60 Altus — K2 and Q330 sei...
Currently, a large number of seismic records, obtained over the years on instrumented buildings with...
In 2002, the National Institute for Earth Physics started the development of its own real-time digit...
BURAR seismic data are continuously recorded and transmitted in real-time to the Romanian National D...
The growing interest towards the use of permanent monitoring system is due to the importance of asse...
A recently implemented advanced seismic monitoring system for a 24-story building facilitates record...
The probabilistic seismic hazard analysis for Romania is revisited within the framework of the BIGSE...
The probabilistic seismic hazard analysis for Romania is revisited within the framework of the BIGSE...
The number of hydrological (flood, mass movement), meteorological (tropical storm, extratropical sto...
A recently implemented advanced seismic monitoring system for a 24-story building facilitates record...
The paper presents the seismic monitoring network of the TURNKey Project (Towards more Earthquake-re...