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P. Grasso, M. Mahtab, G. Kalamaras, H. Einstein (2002)
On the development of a risk management plan for tunnelling
(2003)
Analyses of tunnelling risks: state-of-the-art and examples
N. Taleb (2001)
Fooled by Randomness: The Hidden Role of Chance in Life and in the Markets
(2006)
A methodology for the geotechnical design of long high-speed rail tunnels under the conditions of uncertainty
V. Guglielmetti, P. Grasso, A. Mahtab, Shulin Xu (2009)
Mechanized Tunnelling in Urban Areas: Design Methodology and Construction Control
(2011)
Developments in the tunneling industry following introduction of the tunneling code of practice
(1996)
The use of some decision making tools in tunnelling. Gallerie e grandi opere sotterranee, n 49 (in Italian and English) Innov. Infrastruct. Solut
(1998)
Creating the basis for risk assessment in tunnelling. The decision aids for tunnelling, DAT. In: Conference on reducing risk in tunnel design and construction, Basel
B. Flyvbjerg (2014)
What you Should Know about Megaprojects and Why: An OverviewProject Management Journal, 45
E. Merrow (2011)
Industrial Megaprojects: Concepts, Strategies, and Practices for Success
P. Dent (2010)
The Black Swan: The Impact of the Highly Improbable (2nd edition)Journal of Property Investment & Finance, 28
Creating the basis for risk assessment in tunnelling . The decision aids for tunnelling , DAT
(2004)
Risk control for mechanized tunnelling in urban areas
C. Clayton (2001)
MANAGING GEOTECHNICAL RISK: IMPROVING PRODUCTIVITY IN UK BUILDING AND CONSTRUCTION.
R. Bert (2011)
Book Review: Industrial Megaprojects: Concepts, Strategies, and Practices for Success , by Edward W. Merrow. Hoboken, New Jersey: John Wiley & Sons, 2011Civil Engineering, 81
Risk management became an integral part of most underground construction projects during the late 1990s, also considering the increasing requests in term of safety, and environmental and socio-economic sustainability coming from citizens, owners, lenders, and insurers. The application of risk management procedures, today widely applied, ensures that design’s team efforts can be concentrated in critical areas, focusing the project team’s attention on actions and resources where there is a major risk exposure, or where the greatest time/cost savings can be made through appropriate engineering solutions. Risk Management not solely is intended as a tool for risk avoidance and mitigation, but also as a means to value creation, ameliorating the overall project. Some authors introduced in the last year the concept of risk analysis-driven design. Early risks identification ensures a proactive project improvement, where problems are reduced as they are identified, as differentiated from the traditional approach to construction, which waits until critical problems develop and then implements responses. The present paper gives a thorough overview of the references and experiences in the current practices, what is missing or weak, the developments—possible and necessary—that might have a key role in implementing Risk Management effectively, particularly considering the design phases.
Innovative Infrastructure Solutions – Springer Journals
Published: Aug 7, 2017
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