Intro
1. INTRODUCTION
1.1. BACKGROUND
1.2. OBJECTIVE
1.3. SCOPE
1.4. STRUCTURE
2. BENCHMARKING TSUNAMI MODELS
2.1. GENERAL
2.2. BACKGROUND
2.3. BENCHMARK PROBLEMS
2.3.1. Examples of benchmarks
2.3.2. Model validation
3. BENCHMARK PROBLEMS BASED ON ANALYTICAL SOLUTIONS
3.1. BACKGROUND
3.2. ANALYTICAL BENCHMARK PROBLEM 1 (RUN-UP OF LONG WAVES)
3.2.1. Problem definition
3.2.2. Data
3.3. ANALYTICAL BENCHMARK PROBLEM 2 (STRIP SOURCE)
3.3.1. Problem definition
3.3.2. Data
4. BENCHMARK PROBLEMS BASED ON LABORATORY EXPERIMENTS
4.1. BACKGROUND
4.2. LABORATORY BENCHMARK PROBLEM (RUN-UP OF OKUSHIRI TSUNAMI ON MONAI)
4.2.1. Problem definition
4.2.2. Data
5. BENCHMARK PROBLEM BASED ON FIELD MEASUREMENTS
5.1. BACKGROUND
5.2. PROBLEM DEFINITION
5.3. DATA
5.3.1. Source models
5.3.1.1. Data for crustal movement
5.3.2. Simulation of local tsunami
5.3.2.1. Data for propagation phase
Bathymetry
Records
5.3.2.2. Data for shoaling inundation and run-up
Bathymetry
Records
5.3.3. Simulation of distant tsunami
5.3.3.1. Data for propagation phase
5.3.3.2. Data for shoaling and run-up
Bathymetry
Records
6. CONCLUSION
REFERENCES
ANNEX I: BENCHMARK PROBLEMS BASED ON ANALYTICAL SOLUTIONS
ANNEX II: BENCHMARK PROBLEMS BASED ON LABORATORY EXPERIMENTS
ANNEX III: BENCHMARK PROBLEMS BASED ON FIELD MEASUREMENTS
Tide gauge data.