A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Complexity for Megaprojects in the Energy Sector
AbstractMegaprojects are characterized by their large-scale capital costs, long duration, and extraordinary levels of technical and process complexity. Empirical data demonstrate that these projects experience alarming rates of failure. One of the main causes of such project failure is the high level of complexity and the absence of effective tools for assessing and managing it. This study developed a new project complexity assessment method that is specifically aimed at megaprojects in the energy sector. The assessment method contains a taxonomy of 51 complexity indicators and their consolidated weights, which are established through a novel Delphi and analytic hierarchy process (AHP) group decision-making method. Numerical scoring criteria for all indicators were defined on the basis of a synthesis of existing knowledge of megaprojects to facilitate the application of the new method. The method was reviewed and evaluated by experts and tested through a case study of an energy megaproject.
Complexity for Megaprojects in the Energy Sector
AbstractMegaprojects are characterized by their large-scale capital costs, long duration, and extraordinary levels of technical and process complexity. Empirical data demonstrate that these projects experience alarming rates of failure. One of the main causes of such project failure is the high level of complexity and the absence of effective tools for assessing and managing it. This study developed a new project complexity assessment method that is specifically aimed at megaprojects in the energy sector. The assessment method contains a taxonomy of 51 complexity indicators and their consolidated weights, which are established through a novel Delphi and analytic hierarchy process (AHP) group decision-making method. Numerical scoring criteria for all indicators were defined on the basis of a synthesis of existing knowledge of megaprojects to facilitate the application of the new method. The method was reviewed and evaluated by experts and tested through a case study of an energy megaproject.
Complexity for Megaprojects in the Energy Sector
Bosché, Frédéric (author) / Sun, Ming / Kian Manesh Rad, Ehsan
2017
Article (Journal)
English
Complexity for Megaprojects in the Energy Sector
| Online Contents | 2017
Complexity for Megaprojects in the Energy Sector
| ASCE | 2017
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| Online Contents | 2007
| British Library Online Contents | 2009