Materials Science and Engineering: A

The state of the USA titanium industry in 1995
pp. 1-7(7)
Author: Seagle S.R.

An overview on the development of titanium alloys for non-aerospace application in Japan
pp. 8-15(8)
Author: Yamada M.

Fracture characteristics analysis related to the microstructures in titanium alloys
pp. 16-24(9)
Authors: Niinomi M.; Kobayashi T.

Recent progress in our understanding of deformation and fracture of two-phase and single-phase TiAl alloys
pp. 25-31(7)
Authors: Yamaguchi M.; Innui H.; Yokoshima S.; Kishida K.; Johnson D.R.

General creep characteristics of ₂ single-phase polycrystalline intermetallics
pp. 32-36(5)
Authors: Nagae Y.; Maruyama K.; Oikawa H.

The role of intermetallic precipitates in Ti-62222S
pp. 37-44(8)
Authors: Evans D.J.; Broderick T.F.; Woodhouse J.B.; Hoenigman J.R.

Single-phase interdiffusion in TiAl and Ti₃Al intermetallic compounds
pp. 45-50(6)
Authors: Sprengel W.; Nakajima H.; Oikawa H.

Microstructure development in a thermomechanically processed Ti-15V-3Cr-3Sn-3Al alloy
pp. 51-60(10)
Authors: Makino T.; Chikaizumi R.; Nagaoka T.; Furuhara T.

Aging behaviour of Ti-5Mo-5Zr and Ti-15Mo-5Zr-3Al alloy up to 573 K
pp. 61-65(5)
Authors: Komatsu S.-Y.; Ikeda M.; Sugimoto T.; Kamei K.; Maesaki O.; Kojima M.-A.

Analysis of microfracture mechanism of titanium alloy by acoustic emission technique
pp. 66-70(5)
Authors: Mashino S.; Mashimo Y.; Horiya T.; Shiwa M.; Kishi T.

Processing, microstructure, and properties of -CEZ
pp. 71-80(10)
Authors: Peters J.O.; Lutjering G.; Koren M.; Puschnik H.; Boyer R.R.

Low-cycle fatigue behavior of commercially pure titanium
pp. 81-85(5)
Authors: Takao K.; Kusukawa K.

The microstructure dependence of fatigue behaviour in Ti-15Mo-5Zr-3Al alloy
pp. 86-92(7)
Authors: Tokaji K.; Bian J.-C.; Ogawa T.; Nakajima M.

Mechanical properties of a Ti-15V-3Cr-3Sn-3Al alloy affected by the impurity hydrogen
pp. 93-97(5)
Authors: Itoh G.; Kanno M.; Niwa N.

High temperatme strength of Ti-Al alloys with a locally ordered structure
pp. 98-102(5)
Authors: Koike J.; Egashira K.; Maruyama K.; Oikawa H.

An overview on the use of titanium in the aerospace industry
pp. 103-114(12)
Author: Boyer R.R.

Issues and breakthrough in the manufacture of turboengine titanium parts
pp. 115-123(9)
Author: Honnorat Y.

Application of heat-resistant titanium-based compressor disk with dual structure
pp. 124-127(4)
Authors: Nishikiori S.; Hattori H.; Noda T.; Okabe M.; Isobe S.

Status of investment cast gamma titanium aluminides in the USA
pp. 128-133(6)
Author: Larsen D.E.J.

The use of titanium for medical applications in the USA
pp. 134-137(4)
Author: Wang K.

Corrosion resistance and corrosion fatigue strength of new titanium alloys for medical implants without V and Al
pp. 138-147(10)
Authors: Okazaki Y.; Ito Y.; Kyo K.; Tateishi T.

Microstructure and properties of titanium alloy produced in the newly developed blended elemental powder metallurgy process
pp. 148-153(6)
Authors: Fujita T.; Agawa A.; Ouchi C.; Tajima H.

Development of near- high strength Ti alloy Ti-5Al-2Sn-4Zr-3Cr-3Mo with superior fatigue crack growth properties
pp. 154-156(3)
Author: Matsumoto T.

Hard surfacing of TiAl intermetallic compound by plasma carburization
pp. 157-161(5)
Authors: Noda T.; Okabe M.; Isobe S.

New high strength titanium alloy Ti-10%Zr for spectacle frames
pp. 162-165(4)
Authors: Nakasuji K.; Okada M.