IOSR Journal of Mechanical and Civil Engineering · 2013 · 23 citations · 12 references
EngineeringCivil EngineeringFoundation EngineeringGeotechnical EngineeringSoil MechanicsFoundation ConstructionFoundation Failure ModesFoundation StabilityFoundation SystemsPile FoundationsSettlement AnalysisFooting On Expansive SoilsFoundation On Expansive SoilsFoundation Support For Expansive SoilsFoundations On Weak SoilsPile PerformancePile StabilityPile-soil InteractionSaturation
The stability of structures founded in expansive soils depends upon their pull-out capacity or resistance. The pile foundations adopted to alleviate the damages to the structures resting in these soil fail due to their inadequate pull-out capacity. In an attempt to develop a simple, easy to install and cost-effective alternative foundation system to the conventional concrete piles, the possible use of granular anchor piles below shallow footings was studied by conducting pull-out tests in the field after conducting pilot tests in the laboratory. From these studies, it is found that the pull-out resistance of granular anchor piles is more than twice the value of concrete piles in both unsaturated and saturated states. The pull-out resistance of concrete and granular anchor piles is decreased by about 32% and 25% respectively upon saturation.
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Foundations on expansive soils
David Y. F. Ho · Canadian Geotechnical Journal · 1989 · 402 citations
EXPANSIVE SOILS- THE HIDDEN DISASTER
D. Earl Jones, W. G. Holtz · Civil engineering · 1973 · 254 citations