The SCCRED is a process to generate a consistent, consolidated and standardized set of relevant data for the Integral Test Facility / Separate Effect Test Facility and associated experimental tests:
Check the quality of the data;
Resolve possible contradictions:
Dispersed and not exhaustive information;
Duration of experimental campaign;
Explain the information on geometry and Thermal Hydraulic properties;
Perform and independently review;
Application of quality assurence procedures;
The main advantages of SCCRED for experimental databases are:
Exhaustive consolidated information in a standardized format;
Traceability;
Documentation of the decisions taken in case of lack of data or in presence of contradictory information;
Two different types of Reference Data Set (RDS) are generated:
RDS-Facility: one RDS for each facility in a "reference status";
RDS-Test: one for each experiment performed in the facility;
The RDS are Code-Independent, as such they are suitable for input development and qualification and for UM development and validation
The RDS-Facility is related with the design in a "reference status" of a facility and consists of the following standard sections:
Layout of the facility;
Collection of geometrical data (lengths, volumes, areas, elevations) for each subsystem and component of the facility;
Collection of specific data for complex component (pumps, valves, heaters, etc...);
Identification of geometrical discontinuities and evaluation of pressure loss coefficients (normal operation);
Material properties;
Measurement system;
Nominal heat losses;
Nuclear data (if available);
"Reference status" corresponds to a geometrical and hardware configuration of the facility at a certain time
An example of the subdivision in code-independent modules:
An example for the description of a Module in the RDS: