The data set used in this research, in steady and unsteady flow conditions.

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posted on 2024-10-31, 17:31 authored by Kaywan Othman Ahmed, Mohammad Reza Kavianpour, Ata Amini, Younes Aminpour

The data set used in this research, in steady and unsteady flow conditions.

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uniformly proportional increases present research evaluates 3d software using scour patterns significantly escalating blockage percentages 2 %, respectively variable flow conditions predicting scour depth extensive experimental data div >< p culvert design integrity blockage rates impacted unsteady flow scenarios unsteady flow conditions actual observed data blockage increased scour scour depth downstream steady flow conditions experimental data unsteady flow flow rates downstream scour maximum depth simulated scour scour ’unsteady flows increased costs flow rate blocked flow downstream profile >, respectively two hydrographs turbulence model structural failures steady case results showed results revealed renormalisation group numerical models numerical modelling involved analysing inlet blockages inadequate designs generally less even though culvert outlets circular culverts accurate estimate

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