Webinars
How better use of hydrological data can improve flood analysis
In this webinar, we cover the main challenges linked to hydrological data including quality, uncertainty, climate change and management. Our expert presenter shares best practices and illustrates how integration and innovation are advancing to better access and manage hydrological data.
Empowering engineers to better understand flood risk
In this 30-minute webinar, our expert discuss why you should select Flood Modeller as the solution of choice to develop your flood modelling capabilities, enabling you to cut the cost of project delivery. We use a real-life example to demonstrate how Flood Modeller can be used to build, run, and analyse a model quickly and easily.
Options appraisal for flood risk management
This webinar gives you an overview of options appraisal as part of flood risk management. Using a real-life case study, it illustrates why options appraisal is so important and how it can be carried out for a positive outcome and how Flood Modeller can help you appraise and compare the benefits and costs of each option.
Quantifying Residual Uncertainty in modelling
In this webinar, our expert provides an overview of the UK guidance on quantifying residual uncertainty in modelling. He uses case studies to demonstrate how the guidance can be applied, discusses its impact on scheme design and appraisal, areas of potential improvement and the challenges this presents to the industry.
Flood modelling at Toddbrook Reservoir
In this webinar, our expert demonstrates how they used Flood Modeller following the safety incident at Toddbrook Reservoir in August 2019. Find out how an initial hydraulic model was developed following the incident and how the uncertainties in the modelling were communicated to better manage the immediate risks to the community downstream.
Introduction to 1D river and 2D modelling
This webinar serves as an introduction to Flood Modeller, showcasing its capabilities for 1D river modelling and 2D modelling. It highlights its features for simulating a wide range of hydraulic structures, accurate representation of surface water behaviour, and its ability to model complex scenarios involving multiple 2D domains.
