Canadian Geotechnical Journal · 1989 · 89 citations · 0 references
EngineeringCivil EngineeringGeotechnical EngineeringSlope StabilitySoil MechanicsEarth ReinforcementFooting DesignSettlement AnalysisSlope ReinforcementSoil ReinforcementDisplacementExperimental Study DesignFailure ModesFooting Failure MechanismsLoad - Displacement AnalysisLoad-displacement BehaviorLoad-settlement BehaviorUltimate Load Capacity
This paper summarizes the results of a series of experimental investigations conducted to determine the manner in which the performance of a footing located at the crest of a sloped fill can be influenced by the presence of a reinforcing layer within the body of the fill. The results of these investigations indicate that both the load–settlement behaviour and the ultimate capacity of the footing can be enhanced by the presence of the reinforcing layer and that such efficiencies are derived for specific depths of embedment of the reinforcing layer. Key words: footings, reinforced slopes, ultimate capacity, load–displacement behaviour, failure modes.