snucrust - PWR 1차계통 부식생성물 이동 시뮬레이션 코드

To simulate PWR primary side corrosion product transport and deposition, you can use a 16-node loop model that couples multiple physics blocks via operator splitting time integration. It tracks dissolved and particulate species concentrations alongside oxide and deposit mass.

Modeling shutdown source-term behavior in a PWR primary circuit involves tracking neutron activation-based generation and release using dedicated source term blocks. This approach captures the transient behavior of radioactive corrosion products during operational shutdowns.

Yes, you can validate PWR cooling water concentration simulations against measured plant data using parameter sweeps. The model supports validation against measured Seabrook data for Fe, Ni, Co-58, and Co-60 concentrations.

Configuring a 500-day BOC to EOC quasistatic scenario for nuclear thermal-hydraulics requires a YAML-driven configuration file. This maps thermal, chemistry, and purification parameters for state propagation across the fuel cycle.

Yes, operator splitting works for coupling corrosion, precipitation, and chemistry blocks in reactor coolant loops by sequentially applying each physics block. This time integration method propagates state variables for dissolved species, particulates, and deposit masses.

Limitations when simulating corrosion product release in a 16-node PWR loop model include the restriction to quasistatic scenarios and predefined node distributions. Complex transient geometries or dynamic flow changes are not supported.