Implementation of an elastic no-tension material model in a sequentially linear analysis framework
G Angjeliu, M Bruggi, A Taliercio - Finite Elements in Analysis and Design, 2023 - Elsevier
Abstract Sequential Linear Analysis (SLA) has been recognized by researchers as a valid
alternative for the analysis of brittle materials compared to incremental-iterative finite
element solutions. The elastic no-tension masonry-like material model, with infinite strength
in compression and negligible tensile strength, has been implemented in plane stress
conditions within the SLA framework. The isotropic no-tension masonry-like material is
replaced with an orthotropic one, which exhibits a negligible response along material axis …
alternative for the analysis of brittle materials compared to incremental-iterative finite
element solutions. The elastic no-tension masonry-like material model, with infinite strength
in compression and negligible tensile strength, has been implemented in plane stress
conditions within the SLA framework. The isotropic no-tension masonry-like material is
replaced with an orthotropic one, which exhibits a negligible response along material axis …
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