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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Stress corrosion cracking of titanium alloys. II - An electrochemical mechanism.
Electrochemistry for stress corrosion crack propagation through Ti alloy in aqueous solutions
Beck, T. R.↗
Failure criteria for viscoelastic materials Semiannual status report, 1 Jan. - 30 Sep. 1968
Crack propagation and failure mechanisms in viscoelastic materials
Knauss, W. G.↗
Failure criteria for viscoelastic materials Quarterly progress report
Crack propagation and failure criteria studies for viscoelastic materials, particularly solid propellants
Knauss, W. G.↗
Ceramic heat shields for lifting re-entry vehicles.
Porous ceramic heat shields for lifting reentry vehicles, noting crack propagation resistance and load redistribution
Krusos, J. N.↗
An electrochemical mass transport-kinetic model for stress corrosion cracking of titanium.
Electrochemical kinetic and mass transport model for studying stress corrosion crack propagation in Ti
Beck, T. R.↗
Effect of stress ratio on fatigue-crack growth in 7075-T6 aluminum-alloy sheet.
Axial load fatigue crack propagation tests on Al alloy sheets for stress ratio effects
Hudson, C. M.↗
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.↗
Failure criteria for viscoelastic materials
Crack propagation theory and testing of solid propellant and viscoelastic materials
Knauss, W. G.↗
Flaw growth behavior of Inconel 718 at room and cryogenic temperature Final report, 29 Apr. 1968 - 31 Oct. 1969
Fracture crack propagation in Inconel at room and cryogenic temperatures for surface defective samples
Feddersen, C. E.↗
Fatigue and fracture of thin-walled tubes containing cracks
Fatigue crack propagation and fracture toughness in pressurized thin walled cylindrical tubes, basing analysis on shallow shell bending theory
Erdogan, F.↗
Dislocation arrays and elastic-plastic cracks in a two-phase system
Elastic-plastic shear cracks propagation in two phase composite materials using dislocation model, determining critical fracture strength
Chou, T.-W.↗
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.↗
Deformation-assisted nucleation of titanium hydride in an alpha-beta titanium alloy
Titanium hydride deformation assisted nucleation in alpha-beta titanium alloy, showing low strain rate embrittlement and stress corrosion crack propagation in aqueous environments
Boyd, J. D.↗
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.↗
Environmental effects on fatigue of structural materials for a supersonic transport
Environmental effects on SST structural materials fatigue, discussing Ti alloys studies involving temperature effects, crack propagation and residual strength
Hardrath, H. F.↗
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.↗