Results of GAST model validity test.

<div><p>Rescue transportation will be severely hindered under urban waterlogging disasters. To solve the problem of delayed rescue of disaster vehicles, this study is based on a hydrodynamic model and uses a 2D hydrodynamic model to numerically analyze urban waterlogging. At the same tim...

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Bibliographic Details
Main Author:	You Xiao (13870114) (author)
Other Authors:	Wenjun Cai (2048959) (author), Jianan Chen (456665) (author), Chunhui Zhang (337556) (author)
Published:	2025
Subjects:	Biophysics Developmental Biology Science Policy Biological Sciences not elsewhere classified term waterlogging caused shorter planning distance provide technical support lower relative error good application effects coupling 2d hydrodynamics calculate pipeline hydrodynamics 2 &# 8201 1d pipeline network urban waterlogging disasters urban hydrodynamics modeling multiple rainfall scenarios static path planning outperforming similar models 2d hydrodynamic model urban disaster analysis hydrodynamic models urban transportation hydrodynamic model similar techniques disaster vehicles low rainfall intensity rainfall severely hindered scenario 5 scenario 4 research model monitoring value dynamic programming delayed rescue actual value
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Results of GAST model validity test.

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