Research Related to Accident Analysis

  • Development of DYN3D, coupling with system codes ATHLET and RELAP5
 
  • Validation of physical models and system codes 
 
  • DYN3D or DYN3D/ATHLET analyses of transients and accident scenarios for different reactor types -  VVER's, PWR's, and BWR's - for NPP's, vendors, nuclear regulatory authorities and technical support organisations
 
  • Modifying the codes or implementation of special models on requirement
 
  • Linking of existing cross section libraries to the DYN3D code for performing safety analyses
 
  • Generation of cross section libraries using the code HELIOS2)
 
  • International cooperation concerning the validation of DYN3D and DYN3D/ATHLET
 
  • Users training and consultations on the code application
 
  • Coupling to CFD codes and coolant mixing models to provide boundary conditions for the analysis of boron dilution and overcooling transients
 

             2) HELIOS developed by Studsvik Scandpower

 

Co-operation with International Organisations

DYN3D code users

Integration of DYN3D into the European software platform NURESIM

Phone: + 49 (351) 260 2318
E-Mail: DYN3D@hzdr.de
Fax: +49 (351) 260 3299