The Science, Technology, and Application of Titanium: ProceedingsRobert Isaac Jaffee, Nathan E. Promisel |
Contents
Opening Address | 3 |
Titanium in Europe | 11 |
PROCESSING OF TITANIUM | 19 |
Copyright | |
94 other sections not shown
Common terms and phrases
a-phase activation energy ageing alloying elements alpha alpha-beta aluminum annealed anode atoms beta Burgers vector commercially pure component composition concentration containing cooling rate creep crystal curves decrease deformation density diagram diffraction diffusion dislocations ductility effect electron elongation experimental fatigue film forging formation fracture furnace grain boundaries habit plane heat treatment hexagonal hydride hydrogen content hydrogen embrittlement Hylite increase ingots interaction interface interstitial kpsi lattice martensite material mechanical properties melting metal microstructure molybdenum notched nucleation observed obtained occur oxide oxygen parameter phase plates precipitation produced pure titanium quenched ratio reaction reduction room temperature shear sheet shown in Fig shows slip solid solution specimens ẞ-phase stability strain rate stress corrosion cracking structure surface susceptibility Table tantalum tensile properties tensile strength thickness Ti-Al titanium alloys tonf/inē Trans transformation transus twin weld X-ray yield strength