2002
DOI: 10.1023/a:1019937106428
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Cited by 88 publications
(12 citation statements)
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“…En los materiales volcánicos el intervalo de período característico T0 es 0.15 s < T0 < 0.20 s, y las velocidades varían entre 1000 m/s y 2500 m/s. Los isoperíodos al ser más altos que aquellos evaluados en las mesetas y afloramientos de roca son indicio del efecto topográfico que se despliega en las laderas, ampliamente discutido por Faccioli (1991) y Gazetas et al, (2002).…”
Section: Mapa Del Periodo Fundamental Natural De Vibración De La Ciudunclassified
“…En los materiales volcánicos el intervalo de período característico T0 es 0.15 s < T0 < 0.20 s, y las velocidades varían entre 1000 m/s y 2500 m/s. Los isoperíodos al ser más altos que aquellos evaluados en las mesetas y afloramientos de roca son indicio del efecto topográfico que se despliega en las laderas, ampliamente discutido por Faccioli (1991) y Gazetas et al, (2002).…”
Section: Mapa Del Periodo Fundamental Natural De Vibración De La Ciudunclassified
“…The first steps were done by Okabe [1] and Manonobe&Matsuo [2]. In the past several decades, the Mononobe-Okabe equations have been used extensively for evaluating the magnitude of dynamic earth pressure [3,4,5,6,7,8,9]. It should be noted that those equations were developed based on limit equilibrium for cohesionless soil and should be used only for granular soil e. g., sand.…”
Section: Introductionmentioning
confidence: 99%
“…Besides the structural characteristics of the affected buildings and the geological conditions of the bedrock and overlying stratum, topographical features can also play a significant role in the damage distribution resulting from an earthquake. Instrumental and theoretical investigations following several worldwide earthquake events have shown that the amplification potential of ground motion can be strongly influenced by effects generated by the topographical features of the site and that these features have a significant influence on damage level (Boore 1972, Ashford et al 1997, Chávez-García et al 1997, Gazetas et al 2002, Havenith et al 2003, Assimaki et al 2005, McCrink et al 2010). More precisely, numerous studies have revealed that damage is more significant in buildings on hilltops, ridges, and steep slopes, indicating the amplification of ground motions at these locations (Ç elebi 1987, Kawase and Aki 1990, Hartzell et al 1994, Bouchon and Barker 1996, Bouckovalas and Papadimitriou 2005.…”
Section: Introductionmentioning
confidence: 99%