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Earthquake Engineering - Kleinfelder · Earthquakes are inevitable, but geological, seismological,...

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Earthquakes are inevitable, but geological, seismological, and geotechnical engineering services are valuable tools for designing different facilities under seismic loads and mitigating earthquake hazards. STABILITY AND SAVINGS Our diverse staff includes civil, materials, seismic, and geotechnical earthquake engineers, as well as engineering geologists, geophysicists, and earth and computer scientists. Our specialists are leading experts in the fields of seismic engineering, slope stability analyses, landslide repair, and seismic and geohazards evaluations. We have nearly unlimited technical resources for our earthquake engineering team. Our ability to provide a variety of services enhances project continuity, which can reduce costs and improve the quality of the end product. Our professionals have the training, knowledge, project experience, and resources to perform a wide array of services. EARTHQUAKE ENGINEERING SERVICES Assessments Earthquake damage assessment Fault-rupture potential and fault-capability analyses Historical seismicity Geomorphology Geologic and seismo-tectonic characterization Air photo analyses and imagery Geologic mapping GIS desktop mapping, data analyses, and delivery Geotechnical Engineering Foundation engineering Slope stability analyses Numerical modeling using FLAC ® An Employee-Owned Company | © 2014 Kleinfelder. All rights reserved. Earthquake Engineering Analyses and Mitigation Seiche modeling Liquefaction and lateral spread analyses and mitigation strategies Seismic slope stability Seismic source characterization Ground motion studies Fault displacement studies Linear and non-linear site response analyses Scaled/spectra-matched time histories Multiple support and multi- direction time histories Rupture directivity and near source assessment Soil-structure interaction studies under earthquake loading using FLAC ® Risk and safety studies Supplementary Materials testing, engineering, and special inspection Construction observation and management Environmental engineering
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Page 1: Earthquake Engineering - Kleinfelder · Earthquakes are inevitable, but geological, seismological, and geotechnical engineering services are valuable tools for designing different

Earthquakes are inevitable, but geological, seismological, and geotechnical engineering services are valuable tools for designing different facilities under seismic loads and mitigating earthquake hazards.

stability and savingsOur diverse staff includes civil, materials, seismic, and geotechnical earthquake engineers, as well as engineering geologists, geophysicists, and earth and computer scientists. Our specialists are leading experts in the fields of seismic engineering, slope stability analyses, landslide repair, and seismic and geohazards evaluations.

We have nearly unlimited technical resources for our earthquake engineering team. Our ability to provide a variety of services enhances project continuity, which can reduce costs and improve the quality of the end product. Our professionals have the training, knowledge, project experience, and resources to perform a wide array of services.

EarthquakE EnginEEring sErvicEsassessments• Earthquake damage assessment• Fault-rupture potential and fault-capability analyses• Historical seismicity• Geomorphology• Geologic and seismo-tectonic characterization• Air photo analyses and imagery• Geologic mapping• GIS desktop mapping, data analyses, and delivery

geotechnical Engineering• Foundation engineering• Slope stability analyses• Numerical modeling using FLAC®

An Employee-Owned Company | © 2014 Kleinfelder. All rights reserved.

Earthquake Engineering

analyses and Mitigation

• Seiche modeling

• Liquefaction and lateral spread analyses and mitigation strategies

• Seismic slope stability

• Seismic source characterization

• Ground motion studies

• Fault displacement studies

• Linear and non-linear site response analyses

• Scaled/spectra-matched time histories

• Multiple support and multi-direction time histories

• Rupture directivity and near source assessment

• Soil-structure interaction studies under earthquake loading using FLAC®

• Risk and safety studies

supplementary

• Materials testing, engineering, and special inspection

• Construction observation and management

• Environmental engineering

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