A frequency-domain procedure for the extreme surge response prediction of tension leg platforms (TLP) under waves and current loading is presented and evaluated. The procedure incorporates both first-and second-order viscous and potential (inviscid) effects.The evaluation is based on results of hydrodynamic tests performed on a 1/60 scale model of a TLP. The tests were specifically designed to quantify the wavecurrent interaction effects on surge. Therefore, the TLP model was tested under currents only (simulated by towing), waves only, and combined waves and current.The procedure is shown to perform well for predicting the extreme response in random waves and current except when groups of large waves are present. In this case, the extreme response is underpredicted. Areas in which this situation can be improved are identified.
This paper aims to explore the development of ICHD (intangible cultural heritage design), provide insights into its global trends, and foster its growth and advancement. The objectives are achieved through a mixed-methods approach that combines bibliometric methods and content analysis. This approach allows for a quantitative and qualitative analysis of the scientific literature related to ICHD. The findings of the work include an analysis of the most productive countries/regions, institutions, journals, and authors in the field of ICHD. In addition, it encompasses citation and co-citation analyses, aiding in the identification of influential scholars and esteemed journals within the domain as well as revealing collaborative patterns among researchers. The outcomes and implications for practice include a better understanding of the global trends in ICHD and insights into its growth and development. The research findings carry substantial theoretical and practical significance, leading to proposed avenues for future research. This paper significantly contributes to an enhanced understanding of the global landscape of ICHD, offering invaluable guidance and inspiration to researchers and practitioners alike.
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