Selecting high-temperature structural intermetallic compounds: The materials science approach Robert L. FleischerAlan I. Taub Structural Intermetallic Pages: 8 - 11
Selecting high-temperature structural intermetallic compounds: The engineering approach D. L. AntonD. M. ShahA. F. Giamei Structural Intermetallic Pages: 12 - 17
Processing titanium aluminide foils Corrado BassiJohn PetersJerry Wittenauer Structural Intermetallic Pages: 18 - 20
Historical developments in the understanding of alloy phases Hans H. Stadelmaier Feature Pages: 21 - 25
Intermaterial competition in electronic equipment enclosures Peter J. Mooney Department Pages: 29 - 29
The graduate’ 89—would “advanced materials” replace “plastics”? Paul S. FollansbeeMichael G. Stout Forming Advanced Material Pages: 30 - 30
Superplasticity in intermetallic alloys and ceramics T. G. NiehC. M. McNallyJ. Wadsworth Forming Advanced Material Pages: 31 - 35
The spray atomization and deposition of Weldalite 049 Jean M. MarinkovichFarghalli A. MohamedEnrique J. Lavernia Forming Advanced Material Pages: 36 - 41
Fe-Nd-B magnets via the hot extrusion of amorphous powders Choong Jin YangRanjan Ray Forming Advanced Material Pages: 42 - 45
A visiting scholar’s view of electronic materials research in the people’s republic of china—part III of III R. E. Hummel Forum Pages: 58 - 59
