National Geographic : understand civil engineering differently

Our undergraduate civil engineering students have access to a rich and diverse bank of textual and graphical knowledge concerning their chosen profession. However, over a number of decades, commentators have raised concerns that our students have insufficient understanding of the role of civil engineering in society. Indeed, the call for universities to educate ‘global engineers’ emphasises the need for our students to be schooled in the humanities, in parallel with their core computational studies. Unfortunately, engineering students in particular, are not accustomed to regular exploratory reading. This paper considers the use of the National Geographic magazine as a means to ignite our students’ curiosity with the world around them. The results from a pilot study and a content analysis of a number of editions from over a decade shows that this periodical regularly carries themes directly concerning the impact of civil engineering in society, be it political , financial environmental , social or ecological

A theory of vulnerability of water pipe network (TVWPN)

The main objective of this paper is to introduce the proposed theory of vulnerability of water pipe network (TVWPN) and, in particular, its theoretical concepts These concepts have a basis in the structural vulnerability theory (Agarwal et al, Civ Eng Environ Syst 18(2) 141-165, 2001a, J Struct Saf 23(3) 203-220, 2001b, Lu et al, Struct Eng 77(18) 17-23, 1999, Lu 1998, Pinto 2002, Pinto et al, J Struct Saf 24 107-122, 2002, Yu 1997) The fundamental contribution of this theory is to help design water pipe networks (WPN) more robust against damage to the pipelines This is achieved through an analysis of the form of the network The application of the TVWPN is presented through an example of a water pipe networ