Benchmark Analysis of Numerical Models for Tsunami Simulation

This publication provides information and benchmark problems to help engineers and regulators select the most appropriate tsunami analysis software and modeling for evaluating tsunami hazards for nuclear installations, ensuring their safety against those events.

Format: Paperback / softback
Length: 146 pages
Publication date: 30 April 2022
Publisher: IAEA

In recent years, there has been a significant evolution in the numerical models employed to compute tsunami propagation and run-up. Numerous models are currently available, offering users a diverse range of options. Alongside the advancement of these numerical models, it is paramount that users solely utilize verified and validated numerical models that have undergone thorough benchmark analysis. This publication aims to provide valuable information and benchmark problems to assist engineers and regulators in selecting the most suitable tsunami analysis software and modeling approaches for evaluating tsunami hazards at nuclear installations. By utilizing these benchmark problems, users can gain insights into the limitations of tsunami analysis modeling available in both research and commercial software.

The evolution of numerical models for tsunami propagation and run-up has been remarkable in recent years. These models offer a wide array of choices to users, enabling them to analyze and predict the impact of tsunamis on coastal areas. However, with the increasing availability of these models, it is crucial that users exercise caution and only utilize verified and validated numerical models that have undergone rigorous benchmark analysis. This publication aims to provide valuable information and benchmark problems to assist engineers and regulators in selecting the most appropriate tsunami analysis software and modeling approaches for evaluating tsunami hazards at nuclear installations. By utilizing these benchmark problems, users can gain insights into the limitations of tsunami analysis modeling available in both research and commercial software, ensuring the safety and reliability of these critical infrastructure.

The selection of tsunami analysis software and modeling approaches is a critical task for evaluating tsunami hazards at nuclear installations. With the availability of numerous models, it is essential to ensure that users choose the most appropriate ones that have undergone rigorous verification and validation. This publication provides valuable information and benchmark problems to assist engineers and regulators in making informed decisions. By utilizing these benchmark problems, users can gain insights into the limitations of tsunami analysis modeling available in both research and commercial software, enabling them to make informed decisions about the safety of their nuclear installations.

In conclusion, the evolution of numerical models for tsunami propagation and run-up has been a significant milestone in understanding and mitigating the risks associated with tsunamis. However, with the increasing availability of these models, it is crucial that users exercise caution and only utilize verified and validated numerical models that have undergone rigorous benchmark analysis. This publication provides valuable information and benchmark problems to assist engineers and regulators in selecting the most appropriate tsunami analysis software and modeling approaches for evaluating tsunami hazards at nuclear installations. By utilizing these benchmark problems, users can gain insights into the limitations of tsunami analysis modeling available in both research and commercial software, ensuring the safety and reliability of these critical infrastructure.

Weight: 418g
Dimension: 211 x 296 x 14 (mm)
ISBN-13: 9789201284211