Carlo Cacciabue – författare

IE-2 > FV 5E-3 > FV IE-3 > FV IE-4 > FV Trun- Total IST and IST Components Total IST FV> IE-2 Type >5E-3 > IE-3 > IE-4 >0 cated IPE Components Not Modeled in PRA Components 11 3 6 5 27 73 100 AOV 2 CV 4 21 24 16 12 77 94 171 4 6 10 HOV 4 34 158 MOV 2 5 35 33 24 25 124 43 43 MV 2 PORV 1 1 2 PUMP 12 5 6 1 3 27 9 36 54 54 SOV SRV 20 3 23 23 Total 39 17 73 61 49 45 284 313 597 ------- --- Table 2. Levell IPEEE Basic Event Importance - Risk Achievement Worth Total IST and (PE IST Components Not Total IST 2>RAW>0 Truncated Type RAW>2 Components Modeled in PRA Components 100 AOV 13 9 5 27 73 CV 52 16 9 77 94 171 4 4 6 10 HOV MOV 60 54 10 124 34 158 43 43 MV PORV 2 2 2 PUMP 24 3 27 9 36 SOV 54 54 SRV 23 23 23 597 Total 155 102 27 284 313 ~~--- -. . j S 702 and 2 includes the following IST component types: pumps, air-operated valves (AOV), check valves (CV), hydraulically-operated valves (HOV), motor-operated valves (MOV), manual valves (MV), pressurizer power-operated relief valves (PORV), solenoid operated valves (SOV), and safety reliefvalves (SRV).

In the automotive environment, the paradigm of the joint human machine system is called the "Driver-Vehicle-Environment" (DVE) model. Several studies have pointed out the uniqueness of this domain, which can refer to minimum standardisation and normalisation of behaviours, contexts and technology.This book presents a general overview of various factors that contribute to modelling human behaviour in a DVE. In practice, it is rare that all of these aspects have to be considered in total by a designer or safety analyst. However, they all contribute to creating the overall picture of the DVE model, and show the scope and dimensions of the many different interaction process that may take place and demand modelling consideration. This long-awaited volume written by experts in the field presents state-of-the-art research and case studies. It will be invaluable reading for graduate students, researchers and professional practitioners alike.

In the automotive environment, the paradigm of the joint human machine system is called the "Driver-Vehicle-Environment" (DVE) model. Several studies have pointed out the uniqueness of this domain, which can refer to minimum standardisation and normalisation of behaviours, contexts and technology.This book presents a general overview of various factors that contribute to modelling human behaviour in a DVE. In practice, it is rare that all of these aspects have to be considered in total by a designer or safety analyst. However, they all contribute to creating the overall picture of the DVE model, and show the scope and dimensions of the many different interaction process that may take place and demand modelling consideration. This long-awaited volume written by experts in the field presents state-of-the-art research and case studies. It will be invaluable reading for graduate students, researchers and professional practitioners alike.

Human error plays a significant role in many accidents involving safety-critical systems, and it is now a standard requirement in both the US and Europe for Human Factors (HF) to be taken into account in system design and safety assessment. This book will be an essential guide for anyone who uses HF in their everyday work, providing them with consistent and ready-to-use procedures and methods that can be applied to real-life problems. The first part of the book looks at the theoretical framework, methods and techniques that the engineer or safety analyst needs to use when working on a HF-related project. The second part presents four case studies that show the reader how the above framework and guidelines work in practice. The case studies are based on real-life projects carried out by the author for a major European railway system, and in collaboration with international companies such as the International Civil Aviation Organisation, Volvo, Daimler-Chrysler and FIAT.

Human error plays a significant role in many accidents involving safety-critical systems, and it is now a standard requirement in both the US and Europe for Human Factors (HF) to be taken into account in system design and safety assessment. This book will be an essential guide for anyone who uses HF in their everyday work, providing them with consistent and ready-to-use procedures and methods that can be applied to real-life problems. The first part of the book looks at the theoretical framework, methods and techniques that the engineer or safety analyst needs to use when working on a HF-related project. The second part presents four case studies that show the reader how the above framework and guidelines work in practice. The case studies are based on real-life projects carried out by the author for a major European railway system, and in collaboration with international companies such as the International Civil Aviation Organisation, Volvo, Daimler-Chrysler and FIAT.

The objective of this Workshop is to confront models, methods and tools developed within the projects with the ongoing research worldwide and to provide an environment for fruitful exchange of ideas. The main topics are: 1. Advanced human models in transportation. 2. Human Errors and Risk Assessment in design processes of assistance systems. 3. Methods and tools to prevent erroneous behaviour to mitigate its consequences. The Workshop will consist of 10 keynote lectures as well as approximately 28 peer reviewed papers.

Il testo si propone di far acquisire al lettore le conoscenze delle metodologie e teorie di base per effettuare delle analisi di sicurezza e valutazione del rischio in diversi ambienti aeronautici, in un quadro di "Safety Management System". Vengono analizzati e descritti in dettaglio i metodi per effettuare studi prospettici di sicurezza di tipo probabilistico e per analisi quantitativa dei rischi associati a diversi pericoli nelle operazioni di volo, nella gestione delle operazioni di terra e nei processi manutentivi. Sono quindi presentate le metodologie formali per studi retrospettivi delle occorrenze ed incidenti, orientate alla ricerca delle cause ed alla definizione di raccomandazioni di sicurezza. Le teorie sono inquadrate in un approccio sistemico, che prevede la valutazione integrata qualitativa e quantitativa dei rischi derivanti dai guasti meccanici e da fattori umani. Il testo è stato aggiornato sia sotto il profilo metodologico e tecnico, includendo i metodi piùrecenti sviluppati ed applicati in analisi di sicurezza reali, sia per dare al lettore una panoramica esaustiva del panorama normativo aeronautico di sicurezza con un intero capitolo dedicato alle novità derivanti per gli aeroporti, con il Reg. UE n.139/14, e per gli operatori aerei, con il Reg.EU 965/12, che hanno cambiato profondamente la sicurezza ed l’approccio ad essa negli operatori di servizi aerei europei.Una serie di esempi semplici e casi studio vengono associati alle diverse teorie e metodi presentati nel testo.