Andere Kunden interessierten sich auch für
![Business Modelling Using Petri Nets Approach]( "Business Modelling Using Petri Nets Approach")
Business Modelling Using Petri Nets Approach45,99 €![Toxicology: Understanding the Risks and Hazards of Chemicals and Agent]( "Toxicology: Understanding the Risks and Hazards of Chemicals and Agent")
Toxicology: Understanding the Risks and Hazards of Chemicals and Agent29,99 €![Natural Hazards and Disaster Risks Reduction]( "Natural Hazards and Disaster Risks Reduction")
Natural Hazards and Disaster Risks Reduction161,99 €![An Integrated Framework for Safety Evaluation and Process Design]( "An Integrated Framework for Safety Evaluation and Process Design")
An Integrated Framework for Safety Evaluation and Process Design51,99 €![Climate Risks and Energy Transition in Morocco]( "Climate Risks and Energy Transition in Morocco")
Climate Risks and Energy Transition in Morocco29,99 €![Effective EIA Framework in Environmental Management of the Niger Delta]( "Effective EIA Framework in Environmental Management of the Niger Delta")
Effective EIA Framework in Environmental Management of the Niger Delta36,99 €![Flood Risks And Watershed Management]( "Flood Risks And Watershed Management")
Flood Risks And Watershed Management32,99 €
Probabilistic models for natural hazards generally aim at describing the probabilistic characteristics of the underlying physical phenomena associated with the natural hazard events. Thereby, the degree of the detail and requirements to the probabilistic models should be associated with their applications, i.e. types of risk management and more generally decision situations. Seen in this light, most of the existing typhoon models seem to be developed for assessing wind hazards for the purpose to facilitate structural design in regard to wind loads and assessing insured portfolio losses. Whereas these are some of the most relevant applications of the typhoon models, there are other relevant decision situations where the typhoon model can potentially be useful. The presented typhoon model is developed with the scope of applying a broader range of decision situations. Such decision situations include: near-real-time decision making for the evacuation of people and shut-down of engineered facilities in the face of emerging typhoon events; adaptation of building codes in regard to wind loads to the possible increaseof wind hazards that might be caused by the global climate change.