Soil dynamics and earthquake engineering VII
Author(s)
Bibliographic Information
Soil dynamics and earthquake engineering VII
Computational Mechanics Publications
- : Computational Mechanics Publications, Southampton
- : Computational Mechanics Publications, Boston, USA
- Other Title
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SDEE 95
Available at / 12 libraries
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Katsura Library, Kyoto University図
: Computational Mechanics Publications, Southampton242||5195075644
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Science and Technology Library of Gunma University図書館
: Computational Mechanics Publications, Boston, USA511.3:So29:7209501712
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Shimizu Library, Tokai University Library
: Computational Mechanics Publications, Southampton450.12/S 01530750
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Note
Seventh International Conference on Soil Dynamics and Earthquake Engineering (SDEE 95) was held in Crete, Greece in May 1995
Description and Table of Contents
Description
This volume contains new and advanced ideas in soil dynamics and earthquake engineering in theory and practice, and also covers the excitation and propagation of dynamic waves in the ground, determination of dynamic properties of soils and rocks, and behaviour of structures under dynamic loading. The combined efforts of geophysics, soil, rock and structural dynamics research has aided the reduction of risks to people and structures in civil and mining engineering. This text contains the proceedings of the seventh International Conference on Soil Dynamics and Earthquake Engineering, held in Crete during May 1995.
Table of Contents
- Part 1 Dynamic properties of soils, penetration and impact: analytical study of simplified in situ torsonial cylindrical impulse shear test
- impact assessment of highway foundation layers. Part 2 Liquefaction: numerical simulation for up-lifted manhole during liquefaction
- liquefaction potential of silty soils. Part 3 Earthquake hazards, seismic zoning and risk analysis: development on an earthquake induced landslide
- micro-zoning for earthquakes in a developing country - Quito, Equador. Part 4 Ground motions and engineering seismology: seismic response of three-dimensional topographies. Part 5 Seismic codes and damage, safety strategies and control: passive control techniques in earthquake engineering
- the vulnerability concept revisited. Part 6 Underground structures, design of dams and slopes: stability of a coal longwall
- seismic coefficients for steep slopes. Part 7 Foundation vibrations, pile foundations: a prediction method for the installation of vibratory driven piles
- nonlinear seismic response of single piles. Part 8 Seismic response, vibration isolation: results of traffic and ambient vibration testing of bridges
- shaking table tests of gravity retaining walls. Part 9 Seismic behaviour of historical structures: a hierarchy of numerical models for SSI analysis of buried pipelines.
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