Nodal methods for three-dimensional simulators

Progress in Nuclear Energy

Volumn 7, Issue 3, 1981, Pages 127-149

  Gupta, N K ^a  

^a BHABHA ATOMIC RESEARCH CENTRE   (India)

Author keywords

[No Author keywords available]

Indexed keywords

COMPUTER SIMULATION;

NUCLEAR REACTORS, BOILING WATER;

EID: 0019712405     PISSN: 01491970     EISSN: None     Source Type: Journal    
DOI: 10.1016/0149-1970(81)90029-9     Document Type: Article

References (51)

1. Termination criterion for inner iterations in reactor problems
2. Nodal coupling by response matrix principles
3. Bench-mark verification of a general nodal simulator
4. Albedo model for nodal reactor simulations
5. Incorporation of spectral effects into one group nodal simulators
6. Generalised approach to nodal methods
7. Albedo conditions for power reactors
8. A simplified coarse-mesh three-dimensional diffusion scheme for calculating the grosspower distribution in BWR
9. Application of FMSRECORD/PRESTO for analysis and simulation of operating LWR cores
10. Validation of a FLARE type BWR simulator
11. TRILUX nodal system for in-core fuel-management studies
12. Heterogeneous treatment of fuel assembly boundaries in nodal diffusion calculations
13. Three-dimensional BWR simulation
14. FLARE, a three dimensional boiling water reactor simulator
15. Core followup studies of the Tarapur reactor with the three dimensional BWR simulator COMET-G
16. Numerical studies in the accuracy of conventional coarse-mesh methods for PWR
17. Summary review and state of art review for coarse-mesh computation methods
18. Calculation offuel-cycle burnup and power distribution of Dresden-1 reactor with TRILUX fuel management program
19. MOGS-A simulator for three dimensional power distribution
20. A new coupling kernel for the three dimensional simulation of a BWR core by nodal coupling method
21. Core simulation and its experimental verification of the Muchleberg BWR
22. A general approach to numerical analysis of nodal equations
23. POLESTAR-2F/3F Code for powermapping and refueling analysis of HWR FUGEN
24. Refinements in the accuracy of coarsemesh finite difference solution of group diffusion equation
25. Application of nodal one-group simulator to the NPP Biblis-A
26. Replacement of reflectors by analytically derived boundary conditions
27. The representation of light water reflectors by boundary conditions
28. A coarse-mesh correction of the finite-difference method for neutron diffusion calculations
29. A method for optimum determination of adjustable parameters in the BWR core simulator using operating data on flux distribution
30. Effective use of operating data for 3-D BWR core simulations
31. Calculation with the EIR light water reactor code system
32. The influence of BWR control blade homogenisation on nodal coupling parameters
33. A general multigroup nodal procedure based on response matrix principles
34. A higher order difference method for diffusion theory
35. An efficient coarse-mesh rebalancing method for nodal codes
36. Application of BWR simulators to neutronics calculation tool in fast reactors
37. Albedo adjusted reflector fast diffusion coefficient
38. A new brief diffusion scheme for three-dimensional calculations of a BWR core
39. Convergence and acceleration of void iteration in BWR core calculations
40. Experimental verification of a method for simulating a BWR core based on a few group coarse-mesh diffusion scheme
41. Current trends in multi-dimensional static reactor calculations
42. Nodal methods for utility applications
43. A consistent modeling procedure for utility BWR analysis