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Numerical model used for simulation of widespread SuDS implementation across a landslide-prone catchment

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posted on 2024-10-23, 07:46 authored by Boji Chen, Ting Fong May ChuiTing Fong May Chui

This item comprises a collection of numerical models developed to simulate the extensive implementation of Sustainable Drainage Systems (SuDS) within a catchment area susceptible to landslides. The models are structured into folders, each representing a distinct scenario case. These cases are categorized based on two key variables: the proximity of SuDS installations to slopes and the percentage of implementation ratio. The scenarios are detailed as follows:

Proximity of SuDS to Slopes:

  • Uniform: SuDS are placed without regard to distance from slopes.
  • Distant: SuDS are positioned at a moderate distance from slopes.
  • Remote: SuDS are located at a significant distance away from slopes.

Implementation Ratios (%):

  • 1.25
  • 2.5
  • 5
  • 10

These models are designed to evaluate the impact of various SuDS configurations on the stability of the catchment and its hydrological efficiency. By assessing different proximity and implementation scenarios, the models aim to provide insights into optimal SuDS deployment strategies that enhance catchment resilience and minimize landslide risks..

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