Probabilistic structural analysis for space propulsion system components

Abstract

Probabilistic design and analysis methods for the achievement of greater reliability in structural systems are especially useful in those cases where the structure operates in such severe environments as that of the Space Shuttle. Attention is presently given to the development status of a NASA-sponsored program for probabilistic structural analysis methods applicable to current and future reusable space propulsion systems. Methodologies for the assessment of structural response by means of integrated finite element and probabilistic analysis techniques are discussed, with illustrative examples.