The role of twinning in the cyclic stress-strain behavior of directionally solidified γ/γ′-δ P. R. BhowalK. M. PrewoA. J. McEvily OriginalPaper Pages: 747 - 751
Stress-induced interaction of pairs of point defects in bcc solutions M. S. BlanterA. G. Khachaturyan OriginalPaper Pages: 753 - 762
Lattice and grain-boundary diffusion of phosphorus in commercially-pure copper P. SpindlerK. Nachtrieb OriginalPaper Pages: 763 - 767
A study of fracture in high purity 7075 aluminum alloys Joseph S. Santner OriginalPaper Pages: 769 - 779
Void formation, void growth and tensile fracture in Ti-6AI-4V Harold MargolinYashwant Mahajan OriginalPaper Pages: 781 - 791
Kinetics of the martensite transformation in athermal Fe-C-Ni-Cr alloys R. PradhanG. S. Ansell OriginalPaper Pages: 793 - 801
Crystallization of the amorphous alloys Fe50Ni30B20and Fe80oB20 John L. WalterStanley F. BartramRobert R. Russell OriginalPaper Pages: 803 - 814
The kinetics of carbon clustering in martensite Nicholas DeCristofaroRoy KaplowWalter S. Owen OriginalPaper Pages: 821 - 825
An investigation of the thermal stability of a commercial Ni-Cr-Fe-Mo alloy (hastelloy alloy X) G. Y. Lai OriginalPaper Pages: 827 - 833
On the origin of microcracking behind a crack tip M. G. StoutD. A. Koss OriginalPaper Pages: 835 - 839
The trapping of positrons by dislocations produced in single crystal bending M. L. JohnsonS. F. SaterlieJ. G. Byrne OriginalPaper Pages: 841 - 845
Fatigue crack propagation of titanium alloys under dwell-time conditions P. J. BaniaD. Eylon OriginalPaper Pages: 847 - 855
An investigation of the effects of austenite strength and austenite stacking fault energy on the morphology of martensite in Fe-Ni-Cr-0.3C alloys M. J. CarrJ. R. StrifeG. S. Ansell OriginalPaper Pages: 857 - 864
The influence of microstructure on creep crack growth in 0.5 Pct Cr, 0.5 Pct Mo, 0.25 Pct V steel C. L. JonesR. Pilkington OriginalPaper Pages: 865 - 871
The oxidation of oxide dispersion strengthened Ni-15Cr-5AI alloys Harold T. Michels OriginalPaper Pages: 873 - 878
On the Effect of Carbon on the Stacking Fault Energy of Austenitic Stainless Steels P. J. BrofmanG. S. Ansell Communications Pages: 879 - 880