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Seismic Microzoning of Lod and Ramla

List of figures

Fig.1 Geolog.map Lod-R. area Fig.2 Isop.map of total marl Fig.3 Isop.maps Quater.sedim. Fig.4 Simp.mod.as.byNakamura Fig.5 Loc.map observ.points Fig.6 Exper.ver.id.of s.ch-s Fig.7 Spec.simul.rec.amb.n-se Fig.8 Locat.of the seis-rs Fig.9 Spectr.func.P.No.176 Fig.10 Spectral func.P.N.88 Fig.11 Spectr.func.P.N.208 Fig.12 Hor-vert..P.N.91&261 Fig.13 Emp.trans.fun..north.. Fig.14 Emp.trans.fun..south.. Fig.15 Emp.trans.func..centr. Fig.16 Dist.of the fund.fr... Fig.17 Dist.of the max fr... Fig.18 Best fit mod.of subs.. Fig.19 Isop.maps Quaternary.. Fig.20 Is.m.of hamra&soil. Fig.21 Comp.analyt.&empiric.. Fig.22 Comp.is.map of clay.. Fig.23 Comp.is.map of Marl.. Fig.24 Comp.struct.maps... Fig.25 Flowch of SvE met.. Fig.26 Map showing 4Zones.. Fig.27 Uniform haz.site..Zn1 Fig.28 Uniform haz.site..Zn2 Fig.29 Uniform haz.site..Zn3 Fig.30 Uniform haz.site..Zn4 Fig.31 Uniform haz.site...

List of tables

Tab.1 Well data in Lod-R. area Tab.2 Str.nomenclature sed.roc. Tab.3 Mech. prop.of rocks.. Tab.4 Time of meas.dif. sites Tab.5 Station characteristics Tab.6 Dom.fr. and max amplif.. Tab.7 Mod par. boreholeL-11 Tab.8 Geotechnical param.... Tab.9 Veloc.models for Lod-R.. Tab.10 Sed.thickness&depth.. Tab.11 Compar.of empirical ..

Abstract

Introduction

Geological background

Methods

Data Acquisition & processing

Empirical site response function

Developing 1-D models of the subsurface and analytical determination of the site response functions

A. S-waves velocities in the sedimentary layers

B. Thickness of sedimentary layers

Seismic hazard assessment for the LOD-RAMLA area

Disscussion and conclusions

Acknowledgment

References