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Towards new generation of attenuation relationships for the horizontal peak ground acceleration prediction

Srbulov M.

Articolo Immagine

ISSN:

0394-5103

Rivista:

European Earthquake Engineering

Anno:

2004

Numero:

2

Fascicolo:

European Earthquake Engineering N.2/2004

Articoli dello stesso fascicolo

Theranizadeh M., Safi M. - Strong ground motion, effective time duration and damage assessment of Bam earthquake in Iran

Srbulov M. - Towards new generation of attenuation relationships for the horizontal peak ground acceleration prediction

Khan R.A., Datta T.K., Ahmad S. - First passage failure of cable stayed bridges under random ground motion

Rao M.M., Datta T.K. - ANN control of single mode response of a particular type of building frames

Espandar R., Lofti V., Razaqpur G. - Earthquake analysis of concrete arch dams by non-orthogonal smeared crack model

Safi M., Tehranizadeh M. - Artificial intelligence for study of round motion parameter effects on design spectra

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Srbulov M. - Forensic Geotecnical Earthquake Engineering for Long-Term Sismic Hazard Assessment

Srbulov M. - A note on possible influence of seismic wave propagation on tunnels, shafts and piles

Srbulov M. - A bouncing ball model of rock falls triggered by earthquakes

Srbulov M. - Simplified analysis of the peak horizontal acceleration of pile caps and caisson tops

Srbulov M. - A simple discrete element model of gravity wall response to earthquakes

Srbulov M. - A note on one-dimensional analysis of the peak horizontal accelerations near the edges of sediment basins

Srbulov M. - The use of observational method for short-term seismic hazard assessment

Srbulov M. - Simplified analyses of soil lateral forces on retaining walls during earthquakes

Srbulov M. - Simple physical models of sand liquifaction and flow failure induced by earthquakes

Srbulov M. - One one-dimesional analysis of horizontal peak acceleration at the surface of sediment-filled basins

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