Multi-objective optimal design for flood risk management with resilience objectives by Su, Hsin-Ting, Cheung, Sai Hung, Lo, Edmond Yat-Man

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Multi-objective optimization under uncertainty for urban flood risk management by Koh, Sebastian Xinyi

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Application and validation of mortality functions to assess the consequences of flooding to people by Mauro, M. Di., Bruijn, K. M. de.

“…The assessment of potential consequences of a flood event to the exposed population is a key question for flood risk managers. This issue is increasingly a triggering research on assessing potential numbers of fatalities because of flooding. …”
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Effect of climate change and urbanisation on flood protection decision‐making by Daksiya, Velautham, Mandapaka, Pradeep V., Lo, Edmond Y. M.

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Extreme rainfall frequency analysis based on historical record by Chai, Yijing

“…The study underscores the importance of understanding extreme rainfall events and their implications for resilience and sustainability in the face of a changing climate, providing valuable groundwork for flood risk management and weather forecasting.…”
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Development of novel systems-analysis methodologies for supporting flood forecasting and uncertainty assessment by Yu, Jianjun

“…There has been an increasing awareness that flood risk management is of particular importance in reducing flood risks and preventing flood-induced disasters. …”
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Converting daily rainfall into hourly scale using statistical tools by Mohamed Sufyan Bin Abdul Sukkur

“…The rainfall data at finer timescales are generally more useful for hydrological process research, especially in extreme rainfall-event evaluation and flood risk management. However, rainfall data is usually only available at timescales of daily or monthly. …”
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A parsimonious framework of evaluating WSUD features in urban flood mitigation by Lu, W., Jun, Changhyun, Qin, Xiao Sheng

“…The proposed framework is effective in helping assess the balance between mitigation of urban flood damage and adoption of WSUD features, and could be used to support urban water managers for a more science-based decision making towards flood risk management.…”
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