0000000000409787

AUTHOR

Domenico Santisi

showing 2 related works from this author

The Employment of Unmanned Aerial Vehicles for Analyzing and Mitigating Disaster Risks in Industrial Sites

2020

Effective safety procedures play a fundamental role in high-risk industrial contexts, because the occurrence of an accident can cause environmental catastrophes, severe damages to the structures, and fatal injuries to the workers. In particular, maintaining detailed and up-to-date information about potential accident areas is a crucial issue to prevent the occurrence of disasters and to safely plan the rescue process. In such contexts, periodic safety inspections are therefore performed on a regular basis, although they may expose the inspection personnel to harsh or hazardous environments. The employment of unmanned aerial vehicles (UAVs) in such situations can provide unprecedented opport…

Emergency managementsafety engineeringProcess (engineering)business.industryStrategy and Management05 social sciencesPlan (drawing)Disaster preventionservice innovationRisk analysis (engineering)unmanned aerial vehicle (UAV)Order (exchange)0502 economics and businessSafety engineeringDamagesElectrical and Electronic EngineeringService innovationbusiness050203 business & managementRisk managementIEEE Transactions on Engineering Management
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Drone based inspection services in industrial contexts: Risk assessment and market opportunities

2018

Unmanned Aerial Vehicles (UAVs) is an emerging technology with the potential of introducing disruptive innovation in a large number of industrial and civil applications. In particular, many studies have highlighted the achievable advantages for “three Ds” (i.e., dull, dirty, or dangerous) missions, which actually represent their natural market niche. A huge potential market in such sense is constituted by high-risk industrial installations including Oil&Gas, chemical, power generation, shipbuilding, etc. where significant improvements can be achieved in terms of safety and ergonomics. This paper proposes a comparison between traditional inspection approaches and innovative drone-based s…

Modeling and Simulation
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