About this document
Optimal Damping in Composite Beams by hasnaziou is a document available to read on EtoBox.
This document describes a study that aims to optimize the damping behavior of a composite sandwich beam through multi-scale modeling and design. A micromechanical analysis using the generalized self-consistent method is used to model a composite lamina with glass fibers coated with rubber-toughened epoxy. Classical lamination theory and a modified Mead-Markus model are then used to model the damping behavior of the sandwich beam with these coated fiber composite face plates and a polyurethane core. The coat
- Author
- hasnaziou
- Language
- EN