Effective Heavy Rain Protection: Hybrid Simulation Solutions for Enterprises, Municipalities, and Critical Infrastructures
Autor:
Jenny Kollak
Date:
Mar 19, 2025
The climate-induced increase in extreme heavy rainfall events presents growing challenges for companies, municipalities, and critical infrastructures in risk prevention and damage mitigation.
In this webinar, participants will learn how hybrid simulation methods, through the combination of large-scale 2D outdoor analyses and detailed 3D indoor simulations, realistically model flood risks and develop targeted protection strategies. With the aid of geo-information systems, digital twins, and advanced CFD simulations (Computational Fluid Dynamics), complex flood dynamics are precisely analyzed to develop effective protection measures for buildings and critical operational processes, thereby specifically enhancing resilience.
The webinar imparts valuable learning objectives:
It sharpens understanding of heavy rainfall risks, strengthens action competence through targeted measures, and showcases preventive solutions such as soil sealing removal, mobile protection systems, and early warning systems to minimize damage. The target audience includes engineers, planners, risk managers, as well as representatives from municipalities and companies looking to develop sustainable protection strategies. Especially addressed are SMEs in risk areas without natural disaster insurance, companies and municipalities that have already been affected, professionals in endangered regions, and individuals who want to better assess their risks and take effective measures.
An Overview of the Webinar Topics
Precise risk analysis. Discover how hybrid simulation solutions assist you in realistically modeling heavy rainfall risks and developing targeted protection strategies.
Minimize damage. Learn how to reduce building damage and effectively prevent operational downtime using innovative technologies.
Future-proof Resilience. Enhance the resilience of your enterprise and infrastructure through tailored preventative measures and early warning systems.