Advanced Processing and Properties of High Performance Alloys,
Abstract
Progress is reviewed for a research program whose primary purpose is to establish a fundamental understanding of the applications and consequences of selected advanced processing techniques to high performance alloys. The broadly-ranged research effort includes studies of powder processing (hot isostatic pressing), fracture of alloys containing processing-induced defects (porosity), and application of advanced processing techniques to high performance alloys (rapidly solidified, dispersion-strengthened titanium alloys). Many aspects of the program also constitute fundamental studies of deformation and fracture utilizing engineering alloys containing processing-induced defects. Progress for the period October 1, 1985 to December 31, 1985 is reviewed for the following parts of the research program: the influence of void/pore distributions on fracture, hot isostatic pressing of metallic powders, deformation of rapidly solidified Ti alloys at elevated temperatures, and strain-path effects and the combined influence of stress state and grain size on the fracture of alloys containing hydrides.
Document Details
- Document Type
- Technical Report
- Publication Date
- Mar 25, 1986
- Accession Number
- ADA167404
Entities
People
- Donald A. Koss
Organizations
- Michigan Technological University