Mathematical Model of Akashi Kaikyo Bridges
Abstract
This assignment examines the vital role of mathematical modelling in the design of a significant bridge structure. It explores the dynamic interplay between mathematics and architectural design. The report provides a thorough evaluation of the bridge, utilising both quadratic and an additional polynomial function to represent it. Throughout the development process, algebraic methods are employed, and advanced technology is integrated for precise results. Additionally, regression plots are utilised, enabling a comprehensive evaluation of the proposed models and ensuring they accurately reflect the bridge’s architectural features. Ultimately, this report demonstrates the essential role of mathematical modelling in the design process, providing a detailed analysis of its use in the creation of a bridge structure.
Keywords
Mathematical Model;Mathematics Modeling;Mingshi Bridge
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[1]Piotr Borkowski.A mathematical model of the contact bridge at the short arc[J]. 2010.
[2] Fillenwarth, Brian A. . “Improving the Mathematical Model of the Tacoma Narrows Bridge.” (2007).
[3] Alshadeedi, Bajel Mohammed . “A General Code to Represent the Mathematical Life Cycle Cost Model of Bridge.” (2016).
DOI: http://dx.doi.org/10.18686/ahe.v7i30.10931
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