Titlebook: Risk Analysis and Management: Engineering Resilience; Ivo H?ring Book 2015 Springer Science+Business Media Singapore 2015 Aviation Risks.E

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書目名稱Risk Analysis and Management: Engineering Resilience影響因子(影響力)




書目名稱Risk Analysis and Management: Engineering Resilience影響因子(影響力)學(xué)科排名




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書目名稱Risk Analysis and Management: Engineering Resilience網(wǎng)絡(luò)公開(kāi)度學(xué)科排名




書目名稱Risk Analysis and Management: Engineering Resilience被引頻次




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VOK

Introduction to Risk Analysis and Risk Management Processes,l typical dependencies of phases. It also discusses different simplifying versions or tailoring options of the processes. It is indicated how to apply chance and risk management to resilience management.

杠桿

向前變橢圓

Budget

Hazard Propagation I: Explosions and Blast, hazards are generated by explosions and how they propagate, in particular fragments, debris and fire ball. For high explosions (detonations), the hazard propagation of blast (shock wave in air) is described for the near and far field. In particular, the parameters are given that describe the hazard

咒語(yǔ)

Hazard Source Characterization and Propagation II: Fragment s,ation of hazards requires the use of natural coordinate systems: the coordinate system for the hazard source, coordinate systems for objects in the surroundings of the hazard source, for the visualization of earth’s surface and for modeling the forces on earth’s surface that influence the hazard pro

mitral-valve

英寸

初次登臺(tái)

,Damage Analysis III: Object Densities,?Presented Surfaces Based on Exposure, Geometry and Damage Mouments hold true for other types of trajectory-based impact, e.g. in case of hail or ice rain, objects that are torn from buildings or structures due to heavy wind, or debris generated by accidents of airplanes or aerial drones, as well as a set of malicious events in the aerial domain, e.g. aerial

駕駛

Hazard Event Frequency, Distribution of Objects and Success Frequency of Avoiding Hazards,ed with the database-driven empirical-historical risk analysis approaches. As an alternative approach, the application of fault tree analysis is mentioned. As understood in the present case, this is only an alternative, if the event is due to a technical (sub)system failure that can be quantified us