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AuthorJamil, Renno
AuthorSassi, Sadok
AuthorGowid, Samer
Available date2023-12-03T06:36:29Z
Publication Date2020-03-31
Publication NameWave Motion
Identifierhttp://dx.doi.org/10.1016/j.wavemoti.2019.102446
CitationRenno, J., Sassi, S., & Gowid, S. (2020). Wave propagation in double helical rods. Wave Motion, 93, 102446.
ISSN0165-2125
URIhttps://www.sciencedirect.com/science/article/pii/S016521251930188X
URIhttp://hdl.handle.net/10576/50014
AbstractThe propagation of waves in helical rods has been studied extensively. However, studying the wave propagation in double helical rods have received less attention although this can be useful in multiple fields of science and engineering. Obtaining an analytical model for a double helical rod is challenging since the curvature and tortuosity are not constant. Thus, resolving the wave behaviour analytically is nearly impossible. In this paper, wave propagation in a double helical rod will be studied using the wave and finite element method which is a technique that can be used to model homogeneous and periodic one and two dimensional structures based on the periodic structure theory. For modelling a double helical rod, the finite element model of a single turn is processed using Bloch waves. The dispersion curves and wavemodes are obtained and the similarities and differences of waves in helical and double helical rods are highlighted.
SponsorThe financial support provided by the Qatar National Research Fund through the National Priorities Research Program under grant number NPRP 11S-1220-170112 and Qatar University Internal Grant QUCG-CENG-19/20-6 .
Languageen
PublisherElsevier
SubjectDouble helix
Wave propagation
Wave and finite element method
Fractal behaviour
TitleWave propagation in double helical rods
TypeArticle
Volume Number93
ESSN1878-433X


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