Research Support on the Study of Local Heat Transfer Co-Efficient on Peripheral PWR Assembly Fuel in the Event of Touching Spacer Grids
What the buyer wrote
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 independent research establishments and academic institutions. Recommend a reasonable strategy allowing ONR to assess the adequacy of safety margins in set points for CHF mitigati…
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Details
- What the buyer calls it
- Research Support on the Study of Local Heat Transfer Co-Efficient on Peripheral PWR Assembly Fuel in the Event of Touching Spacer Grids
- How they are buying
- Advertised, shortlist firstSuppliers applied to be considered, and the buyer picked who went on to bid.
- Type
- services
- Suitable for small firms
- The buyer says yes. What that is worth
- Work starts
- 31 Aug 2016
- Work ends
- 30 Nov 2016
- Kind of work
- Research, evaluation and insight
Who the buyer named
Gary Owens was the named contact on this notice.