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Geotechnical engineering
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Summary Of: Geotechnical engineering

Geotechnical engineering includes investigating existing... A typical geotechnical engineering project begins with a review of project needs to define the required material properties... Geotechnical engineering is also related to... the field of geotechnical engineering is a specialty of... Modern geotechnical engineering began in 1925 with the publication of... and are currently used in many civil and geotechnical engineering applications including roads...

Encyclodia Page On: Geotechnical engineering

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Boston's Big Dig presented geotechnical challenges in an urban environment. | | Boston | Big Dig | civil engineering | subsurface | earthworks | foundations | soil | bedrock | construction | earthquakes | landslides | sinkholes | soil liquefaction | bridges | dams | embankments | tunnels | dikes | levees | channels | reservoirs | hazardous waste | landfills | coastal | ocean engineering | wharves | marinas | jetties | offshore structures | oil platforms | engineering geology | engineering | engineering geology | geology | Egypt | Mesopotamia | Fertile Crescent | Mohenjo Daro | Indus valley | Ancient Greeks | Leaning Tower of Pisa | earth pressure | retaining walls | angle of repose | Charles Coulomb | Christian Otto Mohr | 2D stress state | Mohr-Coulomb theory | Henry Darcy | hydraulic conductivity | Joseph Boussinesq | William Rankine | Albert Atterberg | clay consistency | Karl Terzaghi | settlement of clays | masters degree | United States | ABET | professional engineering | California | civil engineers | A phase diagram of soil indicating the weights and volumes of air, soil, water, and voids. | | Soil mechanics | Rock mechanics | mineral | Unit Weight | water table | Porosity | void ratio | Permeability | Consolidation | Shear strength | shear | Atterberg Limits | Liquid limit | plastic limit | plasticity | soil classification | Geotechnical investigation | geophysical methods | geologic mapping | geophysical methods | photogrammetry | faults | slide planes | cone penetration tests | standard penetration test | Geophysical exploration | seismic waves | Rayleigh waves | ground-penetrating radar | shovel | standard penetration test | borehole | Atterberg limits | California bearing ratio | consolidation | soil compaction | triaxial shear | water content | Foundation (engineering) | explore the subsurface | consolidation test | triaxial shear test | standard penetration test | bearing capacity | Shallow foundation | Example of a slab-on-grade foundation. | | reinforced concrete | slab-on-grade foundations | Piledriving for a bridge in Napa, California. | | Piledriving | Napa, California | Deep foundations | bearing capacity | cone penetration test | piles | caissons | skyscrapers | Jin Mao Tower | China | underpinning | Retaining wall | soil pressure | Groundwater | Earthworks (engineering) | Simple slope slip section. | | Slope stability | movement | shear stress | shear strength | slope failure | pore water pressure | A collage of geosynthetic products. | | Geosynthetics | Geosynthetics | | Engineering portal | Civil engineering | Deep Foundations Institute | Earthquake engineering | Effective stress | Geology | Engineering geology | Rock mass classifications | Seismology | Landfill | Land reclamation | List of publications in geotechnical engineering | Soil physics | Soil science | Mechanically stabilized earth | Karl von Terzaghi | Sediment control | 2006 | 12-11 | ISBN 0-13-484394-0 | ISBN 0-07-006776-7 | ISBN 0-471-14179-8 | ISBN 0-13-374943-6 | ISBN 0-13-365312-9 | ISBN 0-9728657-1-3 | ISBN 0-415-30402-4 | ISBN 0-471-08658-4 | v | d | Soils | Clay | Silt | Sand | Gravel | Peat | Hydraulic conductivity | Water content | Void ratio | Bulk density | Thixotropy | Reynolds' dilatancy | Angle of repose | Cohesion | Porosity | Permeability | Specific storage | Soil mechanics | Effective stress | Pore water pressure | Shear strength | Overburden pressure | Consolidation | Soil compaction | Soil classification | Shear wave | Lateral earth pressure | Geotechnical investigation | Cone penetration test | Standard penetration test | Exploration geophysics | Monitoring well | Borehole | Atterberg limits | California bearing ratio | Direct shear test | Hydrometer | Proctor compaction test | R-value | Sieve analysis | Triaxial shear test | Hydraulic conductivity tests | Water content tests | Crosshole sonic logging | Nuclear Densometer Test | Foundations | Bearing capacity | Shallow foundation | Deep foundation | Dynamic load testing | Wave equation analysis | Retaining walls | Mechanically stabilized earth | Soil nailing | Tieback | Gabion | Slurry wall | Slope stability | Mass wasting | Landslide | Earthquakes | Soil liquefaction | Response spectrum | Seismic hazard | Ground-structure interaction | Geosynthetics | Geotextile | Geomembranes | Geosynthetic clay liner | Deformation monitoring | Automated Deformation Monitoring | Categories | Geotechnical engineering | Geology |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Geotechnical engineering".