The effects of long period pulses are investigated by computing energy and displacement demand quantities for elastic and inelastic SDOF systems subjected to both records obtained recently in near-fault areas in forward directivity conditions and a series of idealized pulses equivalent to near-fault ground motions. Response quantities to idealized pulses appear to constitute a good approximation of those computed using recorded ground motions
To provide an important reference for the energy-based seismic design of long-period structures, the...
The development of a scientific framework for performance-based seismic engineering requires, among ...
Conference ABSTRACT: Near-fault ground motions are different from ordinary ground motions in that th...
The presence of long-period pulses in near-fault records can be considered as an important factor in...
The presence of long-period pulses in near-fault records can be considered as an important factor in...
Abstract. The presence of long-period pulses in near-fault records can be considered as an important...
This paper examines the effects of near-fault ground motions on the structural behavior by means of ...
This paper examines the effects of near-fault ground motions on the structural behavior by means of ...
Recent major earthquakes (Northridge 1994, Kobe 1995 and Chi-chi 1999, etc.) have shown that many ne...
This paper summarizes the results of a study that is intended to evaluate and quantify salient respo...
Near-fault ground motions with long-period pulse have been identified as critical in the design of s...
Abstract: Strong ground motions in the vicinity of a fault generating large earthquakes are known to...
Rupture directivity effects in ground motion are known since many years to both seismologists and ea...
Recorded earthquake ground motions in the near-fault regions have different and peculiar characteris...
Near-fault ground motion records often present impulsive signals, characterized by a largeamplitude ...
To provide an important reference for the energy-based seismic design of long-period structures, the...
The development of a scientific framework for performance-based seismic engineering requires, among ...
Conference ABSTRACT: Near-fault ground motions are different from ordinary ground motions in that th...
The presence of long-period pulses in near-fault records can be considered as an important factor in...
The presence of long-period pulses in near-fault records can be considered as an important factor in...
Abstract. The presence of long-period pulses in near-fault records can be considered as an important...
This paper examines the effects of near-fault ground motions on the structural behavior by means of ...
This paper examines the effects of near-fault ground motions on the structural behavior by means of ...
Recent major earthquakes (Northridge 1994, Kobe 1995 and Chi-chi 1999, etc.) have shown that many ne...
This paper summarizes the results of a study that is intended to evaluate and quantify salient respo...
Near-fault ground motions with long-period pulse have been identified as critical in the design of s...
Abstract: Strong ground motions in the vicinity of a fault generating large earthquakes are known to...
Rupture directivity effects in ground motion are known since many years to both seismologists and ea...
Recorded earthquake ground motions in the near-fault regions have different and peculiar characteris...
Near-fault ground motion records often present impulsive signals, characterized by a largeamplitude ...
To provide an important reference for the energy-based seismic design of long-period structures, the...
The development of a scientific framework for performance-based seismic engineering requires, among ...
Conference ABSTRACT: Near-fault ground motions are different from ordinary ground motions in that th...