NUMERICAL SIMULATION OF NONSTATIONARY THERMAL-HYDRAULIC PROCESSES IN THE WATER COOLANT CIRCULATION LOOPS OF AN ADVANCED NUCLEAR POWER PLANT
The article considers explicit and semi-implicit finite-difference approximation schemes of one-dimensional conservation laws describing nonstationary thermal-hydraulic processes in the water coolant circulation loops of a nuclear power plant. The results of test calculations for an advanced nuclear power plant with a steam power reactor are presented.