Computed tomography part I: Introduction and industrial applications David C. CopleyJeffrey W. EberhardGregory A. Mohr Feature Pages: 14 - 26
Developments in the synthesis of lightweight metals C. M. Ward-CloseF. H. Froes Aerospace Material Pages: 28 - 31
The potential for CMCs to replace superalloys in engine exhaust ducts Richard RothJoel P. ClarkFrank R. Field III Aerospace Material Pages: 32 - 35
An analysis of the mechanism of white spot formation Felix I. Shved Aerospace Material Pages: 36 - 36
Modeling characteristics for solidification in single-crystal, investment-cast superalloys Andrew L. PurvisChristopher R. HanslitsRandall S. Diehm Aerospace Material Pages: 38 - 41
Incorporating interfacial phenomena in solidification models Christoph BeckermannChao Yang Wang Solidification Modeling Pages: 42 - 47
The thermokinetic modeling of substrate rapid solidification Xuezhi ZhangAndrejs Atrens Solidification Modeling Pages: 48 - 50
Thermal recalescence and mushy zone coarsening in undercooled melts Lynn M. Colucci-MizenkoMartin E. GlicksmanRichard N. Smith Solidification Modeling Pages: 51 - 55
Downsizing and the metals executive: Handling the stress Matthew Goodfellow Department Pages: 64 - 64
A Japanese Center of Excellence: The Institute for Advanced Materials Processing (Sozaiken) of Tohoku University Nickolas J. Themelis Forum Pages: 66 - 68