EVALUATION OF STRESSED AND UNSTRESSED MATERIALS IN SIMULATED HIGH ENERGY FUEL EXHAUST PRODUCT ENVIRONMENTS
Abstract
Corrosion research. The corrosion resistance of stressed and unstressed high temperature materials was evaluated during cylic expo ure to simulated high energy fuel exhaust product environments. Results showed that the superalloy class of materials was not able to withstand corrosion in simulated high energy fuel exhaust product environments at temperatures above 2100 F. The amount of elemental B contained in the simulated high energy fuel exhaust products was directly relatable to the amount of property degradation observed. Where free B was present excessive formation of a boride phase was observed. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 1961
- Accession Number
- AD0264221
Entities
People
- Joseph W. Rosenbery
Organizations
- University of Dayton