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Materials SciencesLaminates and Composite Materials

Advanced Composite Performance: Material Behavior and Life Cycle Prediction for Rotating Machines

Authors: Scott W. Case; Kenneth L. Reifsnider; VIRGINIA POLYTECHNIC INST AND STATE UNIV BLACKSBURG
Abstract:
The Virginia Tech life prediction methodology is applied to composite materials to determine a fundamental understanding of material behavior and life cycle issues (e.g. fatigue damage, creep, creep rupture). Specific areas addressed in this activity include: (1) establishing the likely damage and failure modes for rotating machines; (2) constructing micromechanical models of the material failure modes; (3) constructing a methodology for the life analysis of composite rotors operating under high temperature and loading.

Limitations: APPROVED FOR PUBLIC RELEASE
Description: Final rept. 9 Jul 2001-31 Dec 2002
Pages: 60
Report Date: 26 MAR 2003
Contract Number: DAAD19-01-1-0694
Report Number: A906414
Keywords relating to this report:
*COMPOSITE MATERIALS
CREEP
FATIGUE
HIGH TEMPERATURE
LIFE CYCLES
LIFE EXPECTANCY_SERVICE LIFE_
METHODOLOGY
MICROMECHANICS
PREDICTIONS
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