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      EngineeringCivil EngineeringEarthquake EngineeringStructural Reliability
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      Case StudySpatial DistributionAnalytical MethodTime Dependent
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      Civil EngineeringStructures and Fire EngineeringVulnerabilitySensitivity Analysis
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      Civil EngineeringEarthquake EngineeringMonte Carlo SimulationMonte Carlo
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    •   15  
      Civil EngineeringFinite element methodNumerical ModellingFinite Element
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      Shear StrengthMoisture ContentBearing CapacityIn Situ Tests
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      GeophysicsGeotechnical EngineeringEarthquake Geotechnical EngineeringIn Situ Tests
A specific 2-year program to monitor and test both the vadose zone and the saturated zone, coupled with a numerical analysis, was performed to evaluate the overall performance of slurry wall systems for containment of contaminated areas.... more
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      AssessmentEnvironmental MonitoringNumerical AnalysisRisk assessment
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      PetroleumFlow CytometryDNA damageEnvironmental Pollution
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      Civil EngineeringRock MechanicsComparative StudyParameter estimation
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      Mechanical EngineeringCivil EngineeringBuildingStandardisation
Site exploration and estimation of soil attributes are key parts of a geotechnical outline process. Geotechnical engineers must focus the normal qualities and variability of soil properties. In-situ testing is... more
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      Civil EngineeringGeotechnical EngineeringBangladeshSite Investigation
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      Geophysical SurveyIn Situ TestsIndexationLaboratory Tests
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      Civil EngineeringOcean EngineeringGeotechnical EngineeringOil and gas
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    •   11  
      Geotechnical EngineeringStructural DesignDesign methodReliability Analysis
Interpretive software for CPT, CPTu, SCPTu tests (cone penetration test data interpretation, seismic cone data analysis, pile bearing capacity module, shallow foundation settlement module, dissipation test module, assessment of... more
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      Liquefaction potential EvaluationSoil Liquefaction AnalysisCone Penetration TestIn Situ Tests
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      Static AnalysisSensitivity AnalysisFinite ElementDesign method
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    •   7  
      Civil EngineeringGeologyCase StudyIn Situ Tests
The following work aims to determine the appropriate values by using in situ testing of geomechanical parameters that are useful in practical geotechnical problems. In this case, the parameters related to the Mohr-Coulomb elastoplastic... more
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      In Situ TestsTest SptMetastable SoilCPT Test
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      Civil EngineeringNumerical SimulationRetaining WallNumerical Model
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    •   2  
      LiquefactionIn Situ Tests
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      Environmental EngineeringCivil EngineeringSeismic HazardGeotechnical
Geotechnical projects typically achieve load transfer to the ground using shallow or deep foundations. The conventional design approach does not provide for the combination of these two types of foundation. The piled raft philosophy... more
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      Pile Foundations, Geosynthetics, Finite Element MethodGeotechnicsRetaining StructuresPiled-Raft Foundations
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      Soil MechanicsSoft soilsIn Situ TestsSoil Properties
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      Civil EngineeringGround ImprovementLand ReclamationSoft Soil
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      PsychologyEarthquake EngineeringSeismic HazardNatural Hazards
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      GeophysicsGeotechnical EngineeringEarthquake Geotechnical EngineeringIn Situ Tests
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      Environmental EngineeringCivil EngineeringGeotechnicalCyclic Loading
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      Mechanical EngineeringCivil EngineeringBuildingStandardisation
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      Water qualitySeasonal variationDegenerationIn Situ Tests
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      EngineeringEnergy ConservationArchitectural DesignPhysical sciences
Evaluation of liquefaction potential of soils is one of the important aspects of geotechnical earthquake engineering practice. After the publication of "simplified procedure" in 1971, it has become a widely used method of... more
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      Earthquake EngineeringCase StudyResearch PurposeIn Situ Tests
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      Civil EngineeringRisk assessmentUrban And Regional PlanningLegislation
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      Earth SciencesGeologyRemote SensingAcoustic Emission
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      In Situ TestsWeight of Evidence
This paper presents a study on the influence that load variations have on delamination shapes in Fibre Metal Laminates. Previously fatigue tested centre-crack tension specimens have been chemically etched to obtain the final delamination... more
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      Mechanical EngineeringCivil EngineeringDigital Image CorrelationFatigue
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      LiquefactionIn Situ Tests
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      GeophysicsGeotechnical EngineeringEarthquake Geotechnical EngineeringIn Situ Tests
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      EngineeringEnvironmental EngineeringCivil EngineeringGeotechnical
Rolling Dynamic Compaction (RDC) involves a heavy non-circular module that rotates and falls to impact the ground dynamically; it has a greater depth of influence compared to conventional circular rollers. The depth of influence to which... more
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      Ground improvementsGround ImprovementSoil CompactionIn Situ Tests
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      Geotechnical EngineeringIn Situ Tests
In recent years determining bearing capacity of pi les from in-situ testing data as a complement of static and dynamic analysis has been used by geotec hnical engineers. In this paper, different approach es for estimating the bearing... more
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      Static AnalysisDynamic AnalysisWave EquationBearing Capacity
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      Biological SciencesEnvironmental SciencesLaboratory experimentField Experiment
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      Geotechnical EngineeringIn Situ Tests
ABSTRACT: Investigations at Treasure Island involving CPT, DMT, SPT and Vs measurements provide a relatively rare opportunity to compare these methods in predicting liquefaction. All the in-situ techniques were relatively consistent in... more
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      LiquefactionIn Situ Tests
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      Shear StrengthIn Situ Tests
CPT-based simplified methods are the common used approaches to determine the liquefaction hazard and they require cone penetration test with electrical tip. However, in some countries, as Italy, penetrometric tests are carried out with... more
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      Soil Dynamics-LiquefactionLiquefaction potential EvaluationCone Penetration TestIn Situ Tests
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      Civil EngineeringGeologyGeotechnical EngineeringMunicipal Solid Waste Management
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      EngineeringStandardisationPreferential FlowApparent Diffusion Coefficient