Canadian Geotechnical Journal · 1967 · 109 citations · 0 references
EngineeringMechanical EngineeringGranular MediumParts IiMechanics ModelingGeotechnical EngineeringTriaxial CompressionSoil MechanicMechanicsCompression (Physics)Stressstrain AnalysisRheologyYield EngineeringDeformation ModelingSeabed LiquefactionSolid MechanicsYield (Engineering)Term YieldingMaterial MechanicsPlasticityMechanical DeformationYield LociCivil EngineeringGeomechanicsPotential FunctionMechanics Of MaterialsHigh Strain Rate
In Part I,* based on experimental evidence, the existence of a potential function to define the gradient of the plastic strain increment vector was proved. The study is continued in Part II by defining the term yielding, a discussion of the form of the yield loci and a presentation of the “flow rule.”