Elastic Compliance and Stress Intensity Factor Solutions for Compact Specimen Geometries
This report has yet to be scanned by Contrails staff
Report Number: AFWAL TR 82-4199
Author(s): Papaspyropoulos, V., Ahmad, J.
Corporate Author(s): Battelle Columbus Laboratories
Date of Publication: 1983-02-01
Pages: 13
DoD Task:
Identifier: ADA129560
Abstract:
Two-dimensional linear elastic finite element analyses of several compact tension test specimen geometries were performed. Eight noded isoparametric and singular stress triangular quarter-point elements were used. The results include stress intensity factors and compliance at selected locations as functions of crack length.
Provenance: IIT
Author(s): Papaspyropoulos, V., Ahmad, J.
Corporate Author(s): Battelle Columbus Laboratories
Date of Publication: 1983-02-01
Pages: 13
DoD Task:
Identifier: ADA129560
Abstract:
Two-dimensional linear elastic finite element analyses of several compact tension test specimen geometries were performed. Eight noded isoparametric and singular stress triangular quarter-point elements were used. The results include stress intensity factors and compliance at selected locations as functions of crack length.
Provenance: IIT