This letter deals with a set of numerical case studies that were devised as mean to help users in implementing the Projection‐by‐Projection (PbP) multiaxial spectral criterion. A first case study scrutinised the PbP method applied to different types of biaxial random stress and material fatigue properties. A second case study investigated a structure under random excitations and provided practical guidelines on how to implement the PbP method for a computeraided durability analysis.
Computer-aided durability analysis of complex structures under multiaxial random loadings through the Projection-by-Projection spectral method
Benasciutti D.;
2019-01-01
Abstract
This letter deals with a set of numerical case studies that were devised as mean to help users in implementing the Projection‐by‐Projection (PbP) multiaxial spectral criterion. A first case study scrutinised the PbP method applied to different types of biaxial random stress and material fatigue properties. A second case study investigated a structure under random excitations and provided practical guidelines on how to implement the PbP method for a computeraided durability analysis.File in questo prodotto:
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2019_BENA ZANELLATI CRIST_CAE wth PbP method_Letter MDPC_2019.pdf
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