Computational Methods in Advanced Stress and Durability Analyses.
Abstract
In this report, research accomplished under AFOSR grant titled Computational Methods in Advanced Stress and Durability Analyses during the period 15 November 1980 - 1 December 1983, is summarized. The report is organized as follows. In Section II, the results of research on computational methods for advanced stress analysis are summarized. In Section III, the results of research pertaining to fracture and durability analyses are summarized. A list of publications and presentations arising out of this research is given in Section IV. Section V contains a list of students and post-doctoral fellows who participated in this research effort. Originator supplied keywords include: Stress analysis, Durability analysis, Fracture, Fatigue, Finite elements, Boundary elements, Surface flaws, Shell theory, Finite deformation, Kinematic modes, Hybrid/mixed elements, Stability conditions, Stokes flow, Navier stokes equations, Mixed methods for flow analysis, Objective time integration, Plate elements, Hole elements, Laminated composites, Fracture of composites, Alternating methods for surface flaws, Path-independent integrals, Creep crack growth, Moving-element methods, Dynamic fracture.
Document Details
- Document Type
- Technical Report
- Publication Date
- Nov 01, 1984
- Accession Number
- ADA154119
Entities
People
- S. N. Atluri
Organizations
- Georgia Tech