A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Tsunami-driven debris hazard assessment at a coastal community: Focusing on shipping container debris hazards at Honolulu Harbor, Hawaii
https://orcid.org/0000-0002-4412-4406
Abstract A framework combining a tsunami flow model and debris (large floating object) transport model was developed to evaluate the kinematics of multiple debris and sequential hazards in a coastal community. We derive the analytic solution of the semi-analytic model of debris transportation, and adapt to evaluate the impact of tsunami-driven debris at Honolulu Harbor, Hawaii as a case study by simulating the motion of 2500 shipping containers under a hypothetical 2500-year tsunami event. The study provides a framework for assessing tsunami-driven debris hazards in a coastal community by introducing new types of intensity measures for tsunami-driven debris hazards. The final debris dislocation in the numerical debris transport model was quantitatively compared with the debris impact hazard region of the ASCE 7–22 method. This study introduces new types of hazard maps showing the intensity ratios of the debris dispersion, maximum impact loading, accumulated impact loading, and 5% exceedance impact loading. These new hazard maps characterize the potential impact loadings from debris dispersion on a community scale and display hotspots that show the strong intensity of the hazards from debris. The sensitivity of the new hazard maps based on the debris model parameters is also discussed.
Highlights A numerical framework is developed for the tsunami-driven debris hazard assessment. The model calculates the timely kinematics of multi-debris and is applied in Honolulu Harbor. The debris impact hazard region of the ASCE7 is compared with the model results. New tsunami intensity measures and hazard maps for debris are introduced.
Tsunami-driven debris hazard assessment at a coastal community: Focusing on shipping container debris hazards at Honolulu Harbor, Hawaii
https://orcid.org/0000-0002-4412-4406
Abstract A framework combining a tsunami flow model and debris (large floating object) transport model was developed to evaluate the kinematics of multiple debris and sequential hazards in a coastal community. We derive the analytic solution of the semi-analytic model of debris transportation, and adapt to evaluate the impact of tsunami-driven debris at Honolulu Harbor, Hawaii as a case study by simulating the motion of 2500 shipping containers under a hypothetical 2500-year tsunami event. The study provides a framework for assessing tsunami-driven debris hazards in a coastal community by introducing new types of intensity measures for tsunami-driven debris hazards. The final debris dislocation in the numerical debris transport model was quantitatively compared with the debris impact hazard region of the ASCE 7–22 method. This study introduces new types of hazard maps showing the intensity ratios of the debris dispersion, maximum impact loading, accumulated impact loading, and 5% exceedance impact loading. These new hazard maps characterize the potential impact loadings from debris dispersion on a community scale and display hotspots that show the strong intensity of the hazards from debris. The sensitivity of the new hazard maps based on the debris model parameters is also discussed.
Highlights A numerical framework is developed for the tsunami-driven debris hazard assessment. The model calculates the timely kinematics of multi-debris and is applied in Honolulu Harbor. The debris impact hazard region of the ASCE7 is compared with the model results. New tsunami intensity measures and hazard maps for debris are introduced.
Tsunami-driven debris hazard assessment at a coastal community: Focusing on shipping container debris hazards at Honolulu Harbor, Hawaii
https://orcid.org/0000-0002-4412-4406
Abstract A framework combining a tsunami flow model and debris (large floating object) transport model was developed to evaluate the kinematics of multiple debris and sequential hazards in a coastal community. We derive the analytic solution of the semi-analytic model of debris transportation, and adapt to evaluate the impact of tsunami-driven debris at Honolulu Harbor, Hawaii as a case study by simulating the motion of 2500 shipping containers under a hypothetical 2500-year tsunami event. The study provides a framework for assessing tsunami-driven debris hazards in a coastal community by introducing new types of intensity measures for tsunami-driven debris hazards. The final debris dislocation in the numerical debris transport model was quantitatively compared with the debris impact hazard region of the ASCE 7–22 method. This study introduces new types of hazard maps showing the intensity ratios of the debris dispersion, maximum impact loading, accumulated impact loading, and 5% exceedance impact loading. These new hazard maps characterize the potential impact loadings from debris dispersion on a community scale and display hotspots that show the strong intensity of the hazards from debris. The sensitivity of the new hazard maps based on the debris model parameters is also discussed.
Highlights A numerical framework is developed for the tsunami-driven debris hazard assessment. The model calculates the timely kinematics of multi-debris and is applied in Honolulu Harbor. The debris impact hazard region of the ASCE7 is compared with the model results. New tsunami intensity measures and hazard maps for debris are introduced.
Tsunami-driven debris hazard assessment at a coastal community: Focusing on shipping container debris hazards at Honolulu Harbor, Hawaii
Koh, Myung Jin (author) / Park, Hyoungsu (author) / Kim, Albert S. (author)
Coastal Engineering ; 187
2023-10-06
Article (Journal)
Electronic Resource
English
Evaluating tsunami hazards from debris flows
| British Library Conference Proceedings | 2003
Mapping Debris-Flow Hazard in Honolulu Using a DEM
| British Library Conference Proceedings | 1993
Impact of Flow-Driven Debris on Coastal Structure During Tsunami Bore
| Springer Verlag | 2018
Case Study: Mapping Tsunami Hazards Associated with Debris Flow into a Reservoir
| British Library Online Contents | 2006
Hydraulic Experiments on Impact Forces from Tsunami-Driven Debris
| Online Contents | 2015