Stress corrosion cracking of titanium alloys.
Stress corrosion cracking of titanium alloys noting tensile test data, crack propagation in salt solution and in pure solvents and metallurgical and electrochemical factors
Beck, T. R.↗
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Effect of plate thickness on the bending stress distribution around through cracks.
Plate thickness effect on bending stress near crack front for plates with through cracks
Hartranft, R. J.↗
Interaction of cracks with microstructure in polycrystalline ceramics Final report
Technique for controlled crack propagation in polycrystalline ceramics to observe crack path and force changes during propagation
Leipold, M. H.↗
Elastic displacements for various edge-cracked plate specimens.
Elastic displacements for edge cracked plate specimens used as crack extension indicator in plane strain fracture toughness measurements
Gross, B.↗
Elastic crack-edge displacements for the compact tension specimen.
Displacements and stress intensity as function of crack length for compact tension specimen, considering load line and crack edge
Roberts, E., Jr.↗
A mechanical model for fatigue crack propagation.
Mechanical model for fatigue crack propagation assuming propagation as function of material strain cycling at crack tip
Iino, N.↗
Crack propagation and initiation in low cycle strain controlled fatigue.
Crack growth and crack initiation in cylindrical specimens subject to low cycle strain controlled tension-compression induced fatigue, noting measurement techniques
Macinnes, W.↗
Fatigue crack propagation and strain cycling properties.
Fatigue crack propagation caused by cumulative damage due to strain cycling at crack tip, relating resistance to cyclic ductility
Lehr, K. R.↗
Metallurgical aspects of the stress corrosion cracking of titanium alloys.
Titanium alloys stress corrosion cracking /SCC/ from metallurgical-mechanical viewpoint, discussing phase transformations, dislocation arrangements, crack propagation, etc
Blackburn, M. J.↗
The use of eigenfunction expansions in the general solution of three-dimensional crack problems.
Eigenfunction expansion technique to analyze three dimensional crack and wedge problems, emphasizing stress field near straight edged crack
Hartranft, R. J.↗
On the sharpness of cracks compared with Wells' COD
Sharpness of cracks compared with Wells crack opening displacements
Roberts, E., Jr.↗
Stable and unstable crack growth in viscoelastic media
Stable and unstable crack growth in viscoelastic media, solving boundary value problem and continuum mechanics prediction of crack propagation
Knauss, W. G.↗
An observation of crack propagation in anti- plane shear
Crack propagation in antiplane shear by opening semipenny shaped cracks straddling front at 45 deg
Knauss, W. G.↗
Effect of size on cracking of materials
Brittle behavior of large mild steel elements, glass plasticity, and fatigue specimen size sensitivity are manifestations of strain-energy size effect. Specimens physical size effect on material cracking initiation occurs according to flaw distribution statistics. Fracture size effect depends on stability or instability of crack propagation.
Glucklick, J.↗
Fracture of thin sections containing through and part-through cracks
Fracture mechanics theory used to determine effects of crack dimensions and material properties on fracture stresses for thin metal sections with through and part-through cracks
Calfo, F. D.↗
On the sharpness of cracks compared with Wells's COD
Crack opening displacement concept in fracture mechanics, considering crack tip radius as measure of extension potential
Roberts, E., Jr.↗
The influence of curvature on stress intensity at the tip of a circumferential crack in a cylindrical shell
Curvature effect on cylindrical shell circumferential crack tip stress intensity, using fatigue crack growth tests
Adams, N. J. I.↗
The significance of fatigue crack closure
Al alloy sheet fatigue crack closure under cyclic tensile loading, deriving expression for crack propagation rate in terms of effective stress amplitude
Elber, W.↗