Geometrical optimization of spur dike porosity for sustainable flood resilience: a hydrodynamic evaluation

Key Points

• Flood resilience is enhanced through optimized spur dike porosity parameters, improving hydrodynamic performance.
• The study showcases a notable increase in flood resilience from geometrical optimization, achieving better water flow management.
• Analysis utilized hydrodynamic evaluation methods to assess the impact of varied spur dike porosity on flood resilience outcomes.
• Findings suggest that optimizing spur dike structures may lead to significant environmental benefits in flood-prone areas.