Dynamic Compaction of Metal and Ceramic Powders
Abstract
The state of the art and the technological potential for the dynamic consolidation of metal and ceramic powders were assessed. Fundamental consideration of dynamic consolidation, consolidation phenomena during dynamic compaction, dynamic compaction and conditioning of metal and ceramic powders, characterization of dynamically consolidated metal and ceramic powders, computer codes applicable to dynamic compaction, practical and potential applications, problem areas, and the current position of the United States in dynamic compaction were examined. Based on its conclusions, the committee recommend that a systematic study of the dynamic compaction process should be conducted; existing techniques should be improved and new ones developed for monitoring of dynamic events as close to the microscale as possible for temperatures, shock velocities, pressures and particle motion data from systematic experiments should be utilized to form data information for modeling codes; coordination among those investigating dynamic compaction should be maintained; a sufficiently funded, sustained, coordinated, and concentrated research and development effort should be initiated to strengthen the United States position in the dynamic compaction field.
Document Details
- Document Type
- Technical Report
- Publication Date
- Mar 01, 1983
- Accession Number
- ADA127371
Entities
People
- Carl F. Cline
- Hayne Palmour Iii
- Jim D. Mote
- Oswald R. Bergmann
- Vonne D. Linse