There are concerns that recent climate change is altering the frequency and magnitude of
river floods in an unprecedented way 1. Historical studies have identified flood-rich periods in …

In this paper we present World Lines as a novel interactive visualization that provides
complete control over multiple heterogeneous simulation runs. In many application areas, …

This paper presents an integrated modeling framework aiming at accurate predictions of
flood hazard from heavy rainfalls. The accuracy of such predictions generally depends on the …

This paper presents a finite volume scheme on structured grids to simulate shallow flows
over complex terrain. The situation of shallow downhill flow over a step is particularly …

In this paper we describe a novel method to integrate interactive visual analysis and machine
learning to support the insight generation of the user. The suggested approach combines …

We propose a new two‐dimensional numerical scheme to solve the Saint‐Venant system of
shallow water equations in the presence of partially flooded cells. Our method is well …

We present a visualization tool for the real-time analysis of interactively steered ensemble-simulation
runs, and apply it to flooding simulations. Simulations are performed on-the-fly, …

Uncertainties in flood predictions complicate the planning of mitigation measures. There is a
consensus that many possible incident scenarios should be considered. For each scenario, …

In this paper, we present a real‐time technique to visualize large‐scale adaptive height
fields with C ‐continuous surface reconstruction. Grid‐based shallow water simulation is an …

In this paper, we introduce a simulation-based approach to design protection plans for flood
events. Existing solutions require a lot of computation time for an exhaustive search, or …