On the sharpness of cracks compared with Wells' COD
Sharpness of cracks compared with Wells crack opening displacements
Roberts, E., Jr.↗
Engineering topics
Swedlow, J. L.
Publications and source records attributed to Swedlow, J. L..
Experimental and analytical strains in an edge-cracked sheet
Elastoplastic strain distribution in edge-cracked metal sheets determined by optical interference and moire techniques
Kendall, D. P.↗
Initial comparisons between experiment and theory of the strain fields in a cracked copper plate.
Initial comparisons between theory and experiment of strain fields in cracked copper plate
Swedlow, J. L.↗
Elasto-plastic cracked plates in plane strain.
Plane strain and stress compared for elastoplastic cracked plate in work hardening tension
Swedlow, J. L.↗
Approaches to non-linear problems - The example of plasticity.
Elastoplastic flow equations formulation, inverting flow rule to relate stress rates to strain rates and instantaneous stresses, noting Navier equations
Swedlow, J. L.↗
Character of the Equations of Elasto-Plastic Flow in Three Independent Variables
Elastoplastic flow equations character in three independent variables, noting solution methods for initial and boundary value problems
Swedlow, J. L.↗
Analysis of notches and cracks - A numerical procedure for solving the equations of elasto-plastic flow in three independent variables
Equations for solving initial and boundary value problems in elastoplastic flow in longitudinally stressed, axisymmetric notched rods
Swedlow, J. L.↗
Analysis of notches and cracks - Progress in pilot comparisons between experiment and theory
Analysis of notches and cracks - correlation between elastic work hardening plastic continuum theory and experiment
Swedlow, J. L.↗
Further comment on the association between crack opening and G sub I.
Crack opening displacement and fracture toughness analyzed for uniaxial tension and edge-cracked plate
UNIAXIAL STRAIN↗
Plastic strains and energy density in cracked plates. ii - comparison with elastic theory.
Plastic strain and energy density data for cracked plates compared with elastic theory, establishing ductile fracture criteria
CRACK FORMATION↗
Plastic strains and energy density in cracked plates. ii - comparison with elastic theory.
Plastic strain and energy density data for cracked plates compared with elastic theory, establishing ductile fracture theory
PLASTIC DEFORMATION↗
Plastic strains and energy density in cracked plates. part ii- comparison with elastic theory
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Gerberich, W. W.↗