Research Support on the Study of Local Heat Transfer Co-Efficient on Peripheral PWR Assembly Fuel in the Event of Touching Spacer Grids
Identify the base phenomena defining the CHF limit for both flow reduction and overpower fault conditions in the PWR core, considering the potential for TSG. This analysis should consider the limitations of CHF test rigs in representing core cross-flow and assembly-periphery conditions. Review the options (methods, tools and models) that are currently available for CHF prediction and their development status. The review should cover the practices of the leading PWR vendors, operators and fuel providers as well as i...
Buyer
Health & Safety Executive
Value
£26,650
Published
18 Nov 2016
Closes
24 Mar 2016
Procurement details
Source
Contracts Finder
Region
United Kingdom
Procurement method
Selective
Category
Services
Contract starts
31 Aug 2016
Contract ends
30 Nov 2016
CPV classifications
73000000
Research and development services and related consultancy services
Lots
Lot default Research Support on the Study of Local Heat Transfer Co-Efficient on Peripheral PWR Assembly Fuel in the Event of Touching Spacer Grids
£26,650
Identify the base phenomena defining the CHF limit for both flow reduction and overpower fault conditions in the PWR core, considering the potential for TSG. This analysis should consider the limitations of CHF test rigs in representing core cross-flow and assembly-periphery conditions. Review the options (methods, tools and models) that are currently availa...
Delivery: British Oversea Territories, Channel Islands, Europe, Isle of Man, Rest of the World, United Kingdom
Documents
Unlock document linkAwarded contract notice on Contracts Finder
17 Aug 2016
Awarded contract notice on Contracts Finder
Award notice · Web page
ONR303
Not provided
ONR303
Application/x zip compressed · ZIP archive
Contains public sector information licensed under the Open Government Licence v3.0.