Current methods of dam breach analyses adopt a deterministic approach. Applying these
methods to Concrete Faced Rockfill Dams (CFRD) is fraught with huge levels of uncertainty …

An alarming increase in the frequency of extreme rainfall events necessitates advanced
flood risk reduction methods. This study uses ANSYS Fluent to simulate the'Model urban …

In response to the challenges posed by rapid development, the wide-ranging disaster
impact, and the untimely warning of debris flow resulting from tailing dam failure, it is of great …

Dam breaches have catastrophic consequences, causing severe property damage, life loss,
and environmental impact. The potential dam breach downstream flooding of the Kulekhani …

As cities have expanded into floodplains, the need for their protection has become crucial,
prompting the evolution of flood studies. Here, we describe the operational tools, methods …

The dam is a crucial river-crossing structure that ensures a sustainable water supply and
offers numerous benefits. However, the potential hazard of dam failure is an imminent threat …

It is important to consider the catastrophic effects of dam collapses to make emergency and
evacuation plans. This study simulates the hypothetical collapse of the Darbandikhan Dam …

Understanding the failure mechanisms of embankment dams due to overtop** is vital for
flood protection, covering planning, design, and flood defence zone management. Typically …

This thesis presents a novel methodology for urban flood risk assessment, leveraging a state
of-the-art 3D urban flood modeling technique. Utilizing the Volume of Fluid (VOF) method …

In response to the challenges posed by rapid development, wide-ranging disaster impact,
and untimely warning of debris flow resulting from tailing dam failure, it is of great …