Code underlying the publication: Transition radiation in a nonlinear and infinite one-dimensional structure: a comparison of solution methods
DOI:10.4121/2e1f6c5d-a71b-4d57-b9f3-21b301d8bfde.v1
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DOI: 10.4121/2e1f6c5d-a71b-4d57-b9f3-21b301d8bfde
DOI: 10.4121/2e1f6c5d-a71b-4d57-b9f3-21b301d8bfde
Datacite citation style
Faragau, Andrei; Keijdener, Chris; de Oliveira Barbosa, Joao; Metrikine, Andrei; van Dalen, Karel (2025): Code underlying the publication: Transition radiation in a nonlinear and infinite one-dimensional structure: a comparison of solution methods. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/2e1f6c5d-a71b-4d57-b9f3-21b301d8bfde.v1
Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite
Dataset
The source codes for the corresponding paper. The attached Matlab and Maple files are used for obtaining the results in the paper, but also demonstrate the derivations.
History
- 2025-05-26 first online, published, posted
Publisher
4TU.ResearchDataFormat
scrypt/.m; derivation/.mw; data/.mat; readme/.docxAssociated peer-reviewed publication
Transition radiation in a nonlinear and infinite one-dimensional structure: a comparison of solution methodsFunding
- Rapid degradation of railway tracks on soft soils explained and mitigated: multi-scale dynamics modelling, a novel approach (grant code 15968) NWO - Open Technologieprogramma
Organizations
TU Delft, Faculty of Civil Engineering and Geosciences, Department of Engineering Structures, Dynamics of StructuresDATA
Files (120)
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113e2f685465b57a228a771f4295d073Readme.docx - 215,234 bytesMD5:
d550b86bf299f0d5538f707a6eca4bf81) Approximate HF.mw - 156,687 bytesMD5:
f098e58cb245258ec9a82fd1a0cefe0a1) Infinite beam - Harmonic loading.mw - 352,980 bytesMD5:
c02a1610fd09f9233332b8cefea11f2c1) Left semi-infinite domain - Formulation including the moving load.mw - 32,213 bytesMD5:
1c3196498d374781e40776b0bf96ef891) Left semi-infinite domain - Formulation of SS.mw - 43,146 bytesMD5:
b535de5c5c6cdf0fd1d20c88674d11481)FEM_derivation.mw - 316,674 bytesMD5:
ec31c762d97596e5991ae1f94a7b0a312) Check NRB coefficients.mw - 52,659 bytesMD5:
da32664e113dbe9c4644ce745b6009e94) InverseLaplaceTrasform - HF approx.mw - 99,128 bytesMD5:
f8a0c139a872f6f5582a735e3951bd244) InverseLaplaceTrasform_s15_s25 - Low frequencies.mw - 44,791 bytesMD5:
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580e70fc92993f250febc15afd67fc565) Steady - state solution in the Laplace domain.mw - 88,235 bytesMD5:
82e4035bab188aba74d11005796edc3f6) Linear variation of c_Vt.mw - 65,436 bytesMD5:
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0bb52d4b41aef195dc568d95321376c8ZeroIC.m -
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