NSTL国家科技图书文献中心

1. Development of a Rapid Visual Survey Tool for Multi-Hazard Housing Safety of Non-Engineered Construction NSTL国家科技图书文献中心

Arvin Hadlos | Aaron Opdyke ... - 《Inclusive and integrated disaster risk reduction》 - Aceh International Workshop and Expo on Sustainable Tsunami Disaster Recovery - 2025, - 289～304 - 共16页

摘要： hazards,highlighting the need to reduce multi-hazard | risks.Most multi-hazard* interventions,however,are focused* | reduce multi-hazard* risks in reconstruction after* | generally exist,assessment instruments tailored to multi | -hazard* non-engineered construction are limited.This*

关键词： Rapid Visual Survey | Non-engineered Housing | Multi-hazard

2. Multi-hazard Risk Unveiled: Pioneering Techniques for Comprehensive Risk Analysis and Mitigation NSTL国家科技图书文献中心

Payal,Mahato | Supriya,Srivastava ... - 《SN Operations Research Forum》 - 2025,6(1) - 1～26 - 共26页

摘要： commonly used multi-hazard* assessment approaches* | underexplored dimensions of multi-hazard* assessments in* | underexplored. Frequent keywords such as “multi-hazard” and | and reducing multi-hazards, with a focus on | Process (AHP), Multi-Criteria Decision-Making (MCDM

关键词： Multi-hazard | Risk reduction | Risk assessment | Risk analysis | Disaster management

3. Multicriteria GIS Spatial Analysis for Multi-hazard Assessment of Infrastructures in Case of Natural Events NSTL国家科技图书文献中心

Manuel Arduin | Alberto Tofani ... - 《Critical Information Infrastructures Security》 - International Conference on Critical Information Infrastructures Security - 2025, - 326～342 - 共17页

摘要： support addressing issues related to the multi-hazard | (GIS) can play a pivotal role. Additionally, multi | and map multi-hazards across the entire Italian | Earthquakes, landslides, and floods are among | the natural phenomena that have been impacting the

关键词： Multi-hazard | Spatial analysis | GIS | Infrastructures

4. Multi-hazard performance assessment of monopile offshore wind turbine considering coupled corrosion and fatigue damage NSTL国家科技图书文献中心

Zhang J. | Yu D.... - 《Ocean engineering》 - 2025,316(Jan.15) - 1.1～1.13 - 共13页

摘要： and multi-hazard* vulnerability analysis. To solve* | © 2024 Elsevier LtdMonopile offshore wind | turbine (OWT) often suffer from chloride corrosion and | windwave fatigue during service. However, studies focus | on the impact of pitting or uniform corrosion on

关键词： Chloride corrosion | Coupling damage | Failure mode | Multi-hazard | Offshore wind turbine monopiles | Windwave fatigue

5. Multi-risk instruments for emergency response: a multi-hazard and multi-risk assessment of the European Union's Solidarity and Emergency Aid Reserve NSTL国家科技图书文献中心

Hochrainer-Stigler, ... | Trogrlic, Robert Sak...... - 《Disasters》 - 2025,49(1) - e12650～e12650 - 共14页

摘要： Aid Reserve. It therefore became a multi-hazard* and* | Natural hazard-related disasters are on the | multi-risk instrument to assist countries during the | rise and have significant impacts on the public and | private sector. Different mechanisms and instruments

关键词： European Union Solidarity Fund | multi-hazard and multi-risk instrument | risk perspective | Solidarity and Emergency Aid Reserve | multi‐hazard and multi‐risk instrument

6. Probabilistic Multi-Hazard Fragility Analysis of High-Rise Concrete Structures Under the Combined Effects of Earthquake and Wind Loads NSTL国家科技图书文献中心

Hang Li | Changdong Zhou - 《The structural design of tall and special buildings》 - 2025,34(5) - e70020.1～e70020.18 - 共18页

摘要：In recent years, multi-hazard* engineering has* | curves and multi-hazard* fragility surfaces of RC-TV* | effects of multiple disasters. To investigate the multi | affected. Compared with the single hazard, the combined | response and damage under the combined effects of multi

关键词： earthquake | fragility analysis | high-rise concrete structure | multi-hazard | uncertainty | wind load

7. Machine learning driven multi-hazard risk framework for coastal resilience NSTL国家科技图书文献中心

D P. | Maashi M.... - 《Journal of South American earth sciences》 - 2025,152(Feb.) - 1.1～1.14 - 共14页 - 被引量：1

摘要：-driven approach for addressing multi-hazard* risk in* | dynamic coastal environment. This study proposes a multi | -hazard* risk analysis framework, leveraging machine* | , and socio-economic factors, to assess hazard* impacts* | classify hazard-prone zones based on historical patterns

关键词： Climate | Coastal cities | Dynamic | Machine learning | RF | Risk | Urbanization

8. Multi-hazard Assessment of Extreme Hydrometeorological Events in Southeastern South America NSTL国家科技图书文献中心

Pierrestegui, M. Jos... | Lovino, Miguel A.... - 《Earth systems and enviroment》 - 2025,9(1) - 357～373 - 共17页

摘要：). This study presents a multi-hazard* analysis of long* | -term EHE multi-hazard* indices are formulated by* | the highest. The current total multi-hazard | , combining long-term and short-term multi-hazard* indices* | , and flash droughts. Individual hazard* components are*

关键词： Extreme hydrometeorological events | Multi-hazards | Standardized precipitation index | Heatwaves | Heavy precipitation | Flash droughts

9. A spatially explicit multi-hazard framework for assessing flood, landslide, wildfire, and drought susceptibilities NSTL国家科技图书文献中心

Choubin, Bahram | Jaafari, Abolfazl ... - 《Advances in Space Research》 - 2025,75(3) - 2569～2583 - 共15页 - 被引量：1

摘要： predict and spatially map multi-hazard, identifying | impacted wildfire hazard. The multi-hazard* map produced* | machine learning techniques in multi-hazard* prediction* | factors for identifying high-hazard* landslide areas* | factor for identifying flood hazard* areas, while*

关键词： Ensemble modeling | Weighted average model | Extreme gradient boosting | Random forest | West Azarbaijan Province | Iran

10. A nonparametric seismic fragility analysis methodology based on Log-TKDE and copula function for sea-crossing bridge under multi-hazard action NSTL国家科技图书文献中心

Song G. | Jiang H.... - 《Ocean engineering》 - 2025,316(Jan.15) - 1.1～1.18 - 共18页

摘要：. The damage characteristics of SCBs under the multi | © 2024Seismic fragility analysis is a common | tool to reveal damage progression and assess | structural safety. However, the existing fragility analysis | methodologies for sea-crossing bridges (SCBs) cannot

摘要： hazards,highlighting the need to reduce multi-hazard | risks.Most multi-hazard* interventions,however,are focused* | reduce multi-hazard* risks in reconstruction after* | generally exist,assessment instruments tailored to multi | -hazard* non-engineered construction are limited.This*

关键词： Rapid Visual Survey | Non-engineered Housing | Multi-hazard

摘要： commonly used multi-hazard* assessment approaches* | underexplored dimensions of multi-hazard* assessments in* | underexplored. Frequent keywords such as “multi-hazard” and | and reducing multi-hazards, with a focus on | Process (AHP), Multi-Criteria Decision-Making (MCDM

关键词： Multi-hazard | Risk reduction | Risk assessment | Risk analysis | Disaster management

摘要： support addressing issues related to the multi-hazard | (GIS) can play a pivotal role. Additionally, multi | and map multi-hazards across the entire Italian | Earthquakes, landslides, and floods are among | the natural phenomena that have been impacting the

关键词： Multi-hazard | Spatial analysis | GIS | Infrastructures

摘要： and multi-hazard* vulnerability analysis. To solve* | © 2024 Elsevier LtdMonopile offshore wind | turbine (OWT) often suffer from chloride corrosion and | windwave fatigue during service. However, studies focus | on the impact of pitting or uniform corrosion on

关键词： Chloride corrosion | Coupling damage | Failure mode | Multi-hazard | Offshore wind turbine monopiles | Windwave fatigue

摘要： Aid Reserve. It therefore became a multi-hazard* and* | Natural hazard-related disasters are on the | multi-risk instrument to assist countries during the | rise and have significant impacts on the public and | private sector. Different mechanisms and instruments

关键词： European Union Solidarity Fund | multi-hazard and multi-risk instrument | risk perspective | Solidarity and Emergency Aid Reserve | multi‐hazard and multi‐risk instrument

摘要：In recent years, multi-hazard* engineering has* | curves and multi-hazard* fragility surfaces of RC-TV* | effects of multiple disasters. To investigate the multi | affected. Compared with the single hazard, the combined | response and damage under the combined effects of multi

关键词： earthquake | fragility analysis | high-rise concrete structure | multi-hazard | uncertainty | wind load

摘要：-driven approach for addressing multi-hazard* risk in* | dynamic coastal environment. This study proposes a multi | -hazard* risk analysis framework, leveraging machine* | , and socio-economic factors, to assess hazard* impacts* | classify hazard-prone zones based on historical patterns

关键词： Climate | Coastal cities | Dynamic | Machine learning | RF | Risk | Urbanization

摘要：). This study presents a multi-hazard* analysis of long* | -term EHE multi-hazard* indices are formulated by* | the highest. The current total multi-hazard | , combining long-term and short-term multi-hazard* indices* | , and flash droughts. Individual hazard* components are*

关键词： Extreme hydrometeorological events | Multi-hazards | Standardized precipitation index | Heatwaves | Heavy precipitation | Flash droughts

摘要： predict and spatially map multi-hazard, identifying | impacted wildfire hazard. The multi-hazard* map produced* | machine learning techniques in multi-hazard* prediction* | factors for identifying high-hazard* landslide areas* | factor for identifying flood hazard* areas, while*

关键词： Ensemble modeling | Weighted average model | Extreme gradient boosting | Random forest | West Azarbaijan Province | Iran

摘要：. The damage characteristics of SCBs under the multi | © 2024Seismic fragility analysis is a common | tool to reveal damage progression and assess | structural safety. However, the existing fragility analysis | methodologies for sea-crossing bridges (SCBs) cannot

关键词： Multi-hazard action | Nonparametric copula | Nonparametric seismic fragility analysis methodology | Sea-crossing bridge

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： hazards,highlighting the need to reduce multi-hazard | risks.Most multi-hazard interventions,however,are focused | reduce multi-hazard risks in reconstruction after | generally exist,assessment instruments tailored to multi | -hazard non-engineered construction are limited.This

关键词： Rapid Visual Survey | Non-engineered Housing | Multi-hazard

摘要： commonly used multi-hazard assessment approaches | underexplored dimensions of multi-hazard assessments in | underexplored. Frequent keywords such as “multi-hazard” and | and reducing multi-hazards, with a focus on | Process (AHP), Multi-Criteria Decision-Making (MCDM

关键词： Multi-hazard | Risk reduction | Risk assessment | Risk analysis | Disaster management

摘要： support addressing issues related to the multi-hazard | (GIS) can play a pivotal role. Additionally, multi | and map multi-hazards across the entire Italian | Earthquakes, landslides, and floods are among | the natural phenomena that have been impacting the

关键词： Multi-hazard | Spatial analysis | GIS | Infrastructures

摘要： and multi-hazard vulnerability analysis. To solve | © 2024 Elsevier LtdMonopile offshore wind | turbine (OWT) often suffer from chloride corrosion and | windwave fatigue during service. However, studies focus | on the impact of pitting or uniform corrosion on

关键词： Chloride corrosion | Coupling damage | Failure mode | Multi-hazard | Offshore wind turbine monopiles | Windwave fatigue

摘要： Aid Reserve. It therefore became a multi-hazard and | Natural hazard-related disasters are on the | multi-risk instrument to assist countries during the | rise and have significant impacts on the public and | private sector. Different mechanisms and instruments

关键词： European Union Solidarity Fund | multi-hazard and multi-risk instrument | risk perspective | Solidarity and Emergency Aid Reserve | multi‐hazard and multi‐risk instrument

摘要：In recent years, multi-hazard engineering has | curves and multi-hazard fragility surfaces of RC-TV | effects of multiple disasters. To investigate the multi | affected. Compared with the single hazard, the combined | response and damage under the combined effects of multi

关键词： earthquake | fragility analysis | high-rise concrete structure | multi-hazard | uncertainty | wind load

摘要：-driven approach for addressing multi-hazard risk in | dynamic coastal environment. This study proposes a multi | -hazard risk analysis framework, leveraging machine | , and socio-economic factors, to assess hazard impacts | classify hazard-prone zones based on historical patterns

关键词： Climate | Coastal cities | Dynamic | Machine learning | RF | Risk | Urbanization

摘要：). This study presents a multi-hazard analysis of long | -term EHE multi-hazard indices are formulated by | the highest. The current total multi-hazard | , combining long-term and short-term multi-hazard indices | , and flash droughts. Individual hazard components are

关键词： Extreme hydrometeorological events | Multi-hazards | Standardized precipitation index | Heatwaves | Heavy precipitation | Flash droughts

摘要： predict and spatially map multi-hazard, identifying | impacted wildfire hazard. The multi-hazard map produced | machine learning techniques in multi-hazard prediction | factors for identifying high-hazard landslide areas | factor for identifying flood hazard areas, while

关键词： Ensemble modeling | Weighted average model | Extreme gradient boosting | Random forest | West Azarbaijan Province | Iran

摘要：. The damage characteristics of SCBs under the multi | © 2024Seismic fragility analysis is a common | tool to reveal damage progression and assess | structural safety. However, the existing fragility analysis | methodologies for sea-crossing bridges (SCBs) cannot

关键词： Multi-hazard action | Nonparametric copula | Nonparametric seismic fragility analysis methodology | Sea-crossing bridge

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： hazards,highlighting the need to reduce multi-hazard | risks.Most multi-hazard* interventions,however,are focused* | reduce multi-hazard* risks in reconstruction after* | generally exist,assessment instruments tailored to multi | -hazard* non-engineered construction are limited.This*

摘要： commonly used multi-hazard* assessment approaches* | underexplored dimensions of multi-hazard* assessments in* | underexplored. Frequent keywords such as “multi-hazard” and | and reducing multi-hazards, with a focus on | Process (AHP), Multi-Criteria Decision-Making (MCDM

摘要： and multi-hazard* vulnerability analysis. To solve* | © 2024 Elsevier LtdMonopile offshore wind | turbine (OWT) often suffer from chloride corrosion and | windwave fatigue during service. However, studies focus | on the impact of pitting or uniform corrosion on

摘要： Aid Reserve. It therefore became a multi-hazard* and* | Natural hazard-related disasters are on the | multi-risk instrument to assist countries during the | rise and have significant impacts on the public and | private sector. Different mechanisms and instruments

摘要：In recent years, multi-hazard* engineering has* | curves and multi-hazard* fragility surfaces of RC-TV* | effects of multiple disasters. To investigate the multi | affected. Compared with the single hazard, the combined | response and damage under the combined effects of multi

摘要：-driven approach for addressing multi-hazard* risk in* | dynamic coastal environment. This study proposes a multi | -hazard* risk analysis framework, leveraging machine* | , and socio-economic factors, to assess hazard* impacts* | classify hazard-prone zones based on historical patterns

摘要：). This study presents a multi-hazard* analysis of long* | -term EHE multi-hazard* indices are formulated by* | the highest. The current total multi-hazard | , combining long-term and short-term multi-hazard* indices* | , and flash droughts. Individual hazard* components are*

摘要： predict and spatially map multi-hazard, identifying | impacted wildfire hazard. The multi-hazard* map produced* | machine learning techniques in multi-hazard* prediction* | factors for identifying high-hazard* landslide areas* | factor for identifying flood hazard* areas, while*