On the coupling of data-driven computing and model-driven computing with CUF-based beam models

doi:10.1016/j.tws.2023.111394

On the coupling of data-driven computing and model-driven computing with CUF-based beam models

2024-02-01

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DOI：10.1016/j.tws.2023.111394

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Abstract

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In this article, Model-driven (MD) computing and Data -driven (DD) computing mechanics are coupled under the framework of Carrera's Unified Formulation (CUF) for beam structures A DD CUF-based computing is applied for the sub-domains of the beam under investigation where the material constitutive models are challenging to be obtained, whereas a MD CUF-based computing is used to deal with the remaining subdomains where a constitutive model is available. By using CUF, under the premise of sufficient accuracy, the computational cost of DD-MD CUF-based models could be reduced compared with DD-MD FEM models where solid elements are used. Several static cases are analysed to demonstrate the accuracy and reliability of the proposed DD-MD CUF-based model by comparing the obtained results with those from the finite element commercial software tools.

Keywords:

Data-driven analysis

Data search

Carrera unified formula

Data-driven and model-driven coupling

strategy

Finite element method

On the coupling of data-driven computing and model-driven computing with CUF-based beam models

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