A new orthotropic elasto-plastic constitutive model has been developed to predict the
inelastic response of composite materials under high velocity impact conditions. The model …

Composite materials are now beginning to provide uses hitherto reserved for metals in
structural systems such as airframes and engine containment systems, wraps for repair and …

One of the challenges in building a predictive numerical model for composites is the ability
to accurately model the behavior of the structure, especially under impact loading. This …

A general purpose orthotropic elasto-plastic computational constitutive material model has
been developed to improve predictions of the response of composites subjected to high …

In this work, the limit strains under as-received and pre-strained conditions of an interstitial-
free steel sheet were investigated by mechanical tests and numerical modeling. An original …

The steadily increasing demand for downgauging to reduce costs in packaging steel
applications requires the development of high-strength packaging steel grades to meet …

Metastable austenitic stainless steels are prone to strain-induced martensite transformation
(SIMT) during deformation at room temperature, as in the case of sheet metal forming …

Neste trabalho, são apresentados os procedimentos necessários à implantação
computacional de um modelo constitutivo baseado na evolução da densidade de …

The present study proposed a numerical investigation of the wall thinning effect during the
deep drawing process of a two-piece can packaging for possible mass reduction. The …

Opresente trabalho propõe uma metodologia teórica-numérica a fim de contribuir com as
etapas do projeto de ferramental para produção de embalagem metálica de duas peças …