Perspectives on Engineering Uncertainty

This open access book considers the role of uncertainty in the design and development of large-scale engineering systems. The focus of the book is the safe behaviour of nuclear power plants in both routine operations and in incident situations. The book introduces various types of uncertainty and addresses the extent to which uncertainties may be reduced. The role of multiple dimensions of uncertainty is discussed, as is the importance of modern computational techniques in handling large data sets. Modern IT also provides engineers with new tools, such as digital twins with the potential to greatly reduce cost both in design and in operations. The book focuses on both system safety and efficiency and, to do this, reference is made to the Advanced Gas-Cooled Reactor (AGR). The AGR is a mature established system through which the book elucidates various key concepts and ideas.

As well as being of interest to those working in the nuclear industry, the book is likely to appeal to those working in other safety critical engineering sectors and, for example, reference is made to experiences in aviation and railway engineering. This is neither a text book nor a review, it is a primer for those seeking an introduction to modern approaches to uncertainty.

This book is open access, which means that you have free and unlimited access Describes an original approach to the behaviors of a nuclear plant in both routine operations and incident situations Provides new thinking around uncertainty and risk and describes the application of a method to safety critical scenarios Appeals to other safety critical areas, such as the automotive and aerospace sectors

Autorentext

This book is a monograph with five authors. Corresponding author, William J. Nuttall is a ****technology and policy specialist with particular expertise in energy systems. He is Professor of Energy Policy and Transformation at the University of Bristol, having previously been Professor of Energy at The Open University, based in Milton Keynes, UK from 2012 to 2024.

This work is an output of the EMEANSS project, a UKRI-funded collaboration led by nuclear engineering specialist Professor Simon Middleburgh from Bangor University. Professor Edoardo Patelli from the University of Strathclyde brings much experience of quantitative uncertainty analysis, while Ewan Smith and David Webbe-Wood have provided research assistance to this book in all its aspects as well as to the EMEANSS project more generally

Inhalt

Introduction.- Opportunity for a New Approach History.- The Way Ahead.- Nuclear Power - Our Reference Technology.- Case example: chronic effects graphite cracking.- Case example acute accident scenario.- Wider application of the insights.- Summary and Conclusions.