MATLAB Code for Finite Element analysis of Pipes: Free Vibration Analysis and Validation

Paper-based, free vibration analysis of pipes.

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MATLAB Code for Finite Element analysis of Pipes: Free Vibration Analysis and Validation

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Revolutionize your fluid-structure interaction simulations with this cutting-edge MATLAB coding package! This premium solution is meticulously developed to replicate and validate the results presented in the highly acclaimed research article, ‘Finite element for the dynamic analysis of pipes subjected to water hammer’ (DOI: 10.1016/j.jfluidstructs.2019.102845). This package leverages advanced finite element modeling techniques to provide unparalleled accuracy in analyzing pipe dynamics under water hammer effects.

Whether you’re conducting research, enhancing your academic projects, or solving real-world engineering challenges, this MATLAB package offers:

Precision and Reliability: Seamlessly validate simulations with benchmarked results.

Time Efficiency: Save countless hours with pre-built, ready-to-use code.

Professional-Grade Performance: Ensure your analyses meet the highest standards of accuracy and credibility.

The base paper presents the development of an axisymmetric finite element for analyzing the dynamic response of pipes subjected to water hammer phenomena. The research, published in the Journal of Fluids and Structures (2020), addresses the critical need for accurate prediction of pipe structural behavior under transient hydraulic conditions. The article encompasses several sections containing heavy MATLAB coding. In the current MATLAB code, the first section of the paper, which is the free vibration analysis of the pipe, is coded and validated.

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