The following information was submitted:
Transactions: WSEAS TRANSACTIONS ON FLUID MECHANICS
Transactions ID Number: 89-919
Full Name: Jorge Pinto
Position: Assistant Professor
Age: ON
Sex: Male
Address: University of Trás-os-Montes, Quinta do Prados, Vila Real
Country: PORTUGAL
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E-mail address: tiago@utad.pt
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Title of the Paper: Contribution for the vulnerability assessment of water pipe network systems
Authors as they appear in the Paper: Jorge Pinto,Luís Afonso,João Varajão,Isabel Bentes,Humberto Varum,António Duarte,Jitendra Agarwal
Email addresses of all the authors: tiago@utad.pt,lu.afonso@gmail.com,joao@varajao.com,ibentes@utad.pt,hvarum@ua.pt,aduarte@civil.uminho.pt,j.agarwal@bristol.ac.uk
Number of paper pages: 10
Abstract: Water pipe network systems are key public utilities which require being robust, protected and preserved. Knowing their weaknesses will help these processes. The theory of vulnerability of water pipe networks can contribute in this context because it is able to map the vulnerable parts of this type of system. The meaning of vulnerability has been defined as being the disproportionateness of the failure consequences in relation to the initial damage and, in particular, its theoretical concepts. The main objectives of this paper are to briefly introduce this theory, to illustrate its application highlighting its potential. The application of the theory is presented using an example of a simple water pipe network. In a real water supply utility, where the vulnerabilities of WPN components are less evident, the identification of the most vulnerable ones may play an important contribution as support decision during WPN design period and for a sustainable infrastructure !
asset management. Further work is in progress to account for different type of damage and consequences and thus manage risks due to failure scenarios not identified by the classical theories.
Keywords: Water management; water pipe networks, vulnerability, failure scenarios, system safety
EXTENSION of the file: .pdf
Special (Invited) Session: Increasing the quality of water pipe network systems by tracing the vulnerability
Organizer of the Session: 633-563
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