1.

Double-sided cooling of heated slab : conjugate heat transfer DNS

Double-sided cooling of heated slab was analyzed with DNS method. Research was focused on thermal fluctuations that appear inside the heat source due to the cooling with turbulent flows.

COBISS.SI-ID: 26958631

2.

1D two-fluid model simulations of flashing flows in TOPFLOW facility

TOPFLOW device (Helmholtz-Zentrum Dresden-Rossendorf) where a set of blow-down experiments were performed at pressures between 10 and 65 bar and the corresponding saturation temperatures. Depressurization, which was a consequence of the blow-off valve closure, was simulated with in-house 1D computer code WAHA and 1D system code TRACE. Critical mass flow rate is relevant also for the super-critical water reactors.

COBISS.SI-ID: 27357223

3.

Chebyshev collocation benchmark for natural convection flow in differentially heated cavity

Natural convection is a crucial phenomenon for emergency cooling on liquid metal reactors. Research in this direction is being done as a support of a new project proposal for EU research program.

COBISS.SI-ID: 27179047