Computational Modeling and Simulation of Solids and Structures: Recent Advances and Practical Applications

doi:10.3390/books978-3-0365-7749-4

Download Url(s)

https://mdpi.com/books/pdfview/book/7402

Contributor(s)

Kim, Jin-Gyun (editor)

Lim, Jae Hyuk (editor)

Persson, Peter (editor)

Language

English

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Résumé

Computational modeling and simulation are essential to solid and structural mechanics. They have not only covered entire engineering fields (civil, aerospace, mechanical, etc.) but also various scales (from nano to macro) and physics (mono- and multiphysics). Recently, they have been found to be able to offer theoretical backgrounds of digital transformation. Society at large is increasingly enthusiastic about data-driven modeling and simulation, and the possibilities they offer. The aim of this Special Issue reprint was to provide a forum for researchers to discuss recent advanced computational modeling and simulation techniques of solids and structures, and applications to solve challenging engineering problems.

URI

https://directory.doabooks.org/handle/20.500.12854/101309

Keywords

carbon nanotube; strain sensor; piezoresistive mechanism; sensor pattern design; learning tools; teaching methodology; educational software; mechanism science; problem-based learning; bolted joints; parameter identification; thin-layer element; pre-tightening torque; contact interface; FEM; surrogate modeling; mesh-free; machine learning; deep learning; SIMP method; impact condition; non-matching interface; condensed mortar method; periodic structures; polar coordinates; wave propagation; forced response of plates and shells; finite element analysis; unbounded structures; deployment dynamics; truss-link mechanism; synthetic aperture radar; friction compensation; GP regression; multi-objective optimization; hot metal forming; Inconel 625; multibody dynamics; automotive driveshafts; forced bending vibrations; asymptotic method; principal parametric resonance; dynamic stability frontiers; n/a