Accession Number : ADA303016
Title : Axisymmetric Analysis of the Cylindrically Orthotropic Disk of Variable Fiber Orientation,
Corporate Author : DELAWARE UNIV NEWARK CENTER FOR COMPOSITE MATERIALS
Personal Author(s) : Gillespie, J. W., Jr. ; Pipes, R. B.
PDF Url : ADA303016
Report Date : APR 1979
Pagination or Media Count : 51
Abstract : Injection molding of axisymmetric bodies with fiber-reinforced molding compounds results in cylindrically orthotropic components in which the fiber orientation varies with radial position. Consequently, development of analysis techniques for determining the effect of material property variability on the response of these components is of great importance. In the present study, a numerical integration scheme for the analysis of cylindrically orthotropic annular disks with variable elastic constants is presented. The influence of material property variations, temperature changes and centrifugal forces on the response of an annular disk subjected to internal and external pressure or displacement boundary condition is included in the analysis. Correlation of numerical integration results with analytical and finite-element solutions is excellent. (AN)
Descriptors : *FIBER REINFORCED COMPOSITES, STRESS STRAIN RELATIONS, PRESSURE GRADIENTS, FIBERS, STRESS ANALYSIS, FINITE ELEMENT ANALYSIS, DISPLACEMENT, ELASTIC PROPERTIES, ORIENTATION(DIRECTION), CORRELATION, CYLINDRICAL BODIES, NUMERICAL INTEGRATION, AXISYMMETRIC, PARTIAL DIFFERENTIAL EQUATIONS, RADIAL STRESS, INTERNAL PRESSURE, INJECTION MOLDING, CENTRIFUGAL FORCE.
Subject Categories : Laminates and Composite Materials
Distribution Statement : APPROVED FOR PUBLIC RELEASE