Critical Structural Integrity Challenges for Wind Energy in the UK
Exploring the materials and structural integrity challenges facing this growing industry
Exploring the materials and structural integrity challenges facing nuclear power generation in the UK
Nuclear power generation is seen as vital to the future of UK energy supply. The last commercial nuclear reactor to be built in the UK was the Sizewell B Pressurised Water Reactor (PWR) that has operated since the mid-1990s. There are currently several high temperature Advanced Gas Cooled Reactors (AGRs) in operation but they will soon be coming to the end of their life. Two new PWR reactors are being built at Hinkley Point C and there are plans for further reactors at Sizewell C. Furthermore, there are likely to be several Small Modular Reactors (SMRs) built in the not too distant future and looking further ahead, studies are planned in preparation for future Advanced Modular Reactors (AMRs) that are likely to operate at temperatures even higher than those of AGRs, of which the hottest components (outside the core) are of the order of 650OC.
This new one-day course, run in collaboration with FESI, explores the key structural integrity challenges associated with the continuing operation of existing nuclear power plants and the design and plant life management of new systems.
This course is suitable for anyone with an interest in the structural integrity challenges facing the UK nuclear industry.
This course course will cover the following aspects:
The fee for this one day course is £595+VAT at 20% where applicable. IOM3 members and subscribers to our Business Partner Programme, and FESI members are entitled to a discount of 10% on the course fee.
Student and early career members of IOM3 can book at a special early career rate of £75 (excluding VAT).
IOM3, The Boilerhouse, Grantham
9:15pm to 4:30pm, Tuesday 18 June
Exploring the materials and structural integrity challenges facing this growing industry
A collection of standalone lectures that highlight the importance of structural integrity
No bio provided
John Wintle is a consultant mechanical engineer who has addressed many of the structural integrity challenges faced by the nuclear industry over the past four decades. After an initial period at Rolls-Royce working on the pressure vessels of naval PWRs, he spent a considerable period with the UK Atomic Energy Authority at Harwell and Risley. His work included contributions to the PWR (Marshall) Study Group, Magnox long term safety reviews, fracture assessment of the SGHWR D1 nozzle defects, creep fatigue of fast reactor DHR systems, and pressurised thermal shock, managing the international spinning cylinder test. He later joined TWI Ltd. where he worked on ageing nuclear chemical facilities, risk based inspection and environmental fatigue for organisations including Sellafield, Magnox, the ONR and Rolls-Royce. More recently, he was involved in a study of the design challenges of small modular reactors, and was Chair of the UK RCC-M User Group for Hinkley Point C.
John contributes to the Technical Sub-groups of the UK Technical Advisory Group on Structural Integrity (TAGSI) for the nuclear industry and is a Member of the Senior Advisory Group of FESI as well as holding the position of Visiting Professor at the University of Strathclyde. He has taught the structural integrity module for the Nuclear Energy course at the University of Cambridge and presented at many conferences and seminars.