Fully developed turbulent flows in closely spaced bare rod arrays have been studied numerically
by using a nonlinear κ−ϵ model. This model permits inequality of the Reynolds normal …

Consistent hydrodynamic models for subchannel friction factors and mixing parameters in
wire-wrapped rod bundles have been developed for use in subchannel analysis codes. Both …

… is applied to an interior subchannel of a bare rod bundle with smooth rods (see Fig. 1). Some
… an interior subchannel of a bare rod bundle with triangular array with P/D = 1.123 and L/DH …

… In the present paper, a wall-resolved LES is performed for a loosely packed bare rod bundle
in an infinite array with P/D = 1.32, which corresponds to the ALFRED design (Alemberti et al…

… In this paper, the effect of different turbulent-Prandtl-number models on heat transfer in bare
rod bundles for liquid metals is investigated. Both global and local Pr t models were taken …

… In the present study, a bare 19-rod bundle with a fully developed turbulent LBE flow is …
section of the bare 19-rod bundle. Since the cross-flow in the bare 19-rod bundle is negligible and …

… a numerical experiment for a closely-spaced bare rod bundle in order to perform a DNS, …
well-known Hooper experiment, which contains a bare rod bundle with pitch-to-diameter ratio of …

… fully developed conditions in bare rod bundles. Nevertheless… and heat transfer in rod
bundles has been extended to … oped hydrodynamic behavior in a rod bundle array of infinite …

… phase water flows in a six channel simulated rod bundle with a pitch to diameter ratio of 1.10…
Rogers and Tahir (2) have compiled the bare rod triangular array mixing data and proposed …

… for liquid metal bare rod bundles, by first considering a heated tube and then flow around
a rod within an annular cavity. Using this information, a triangular and square rod bundle is …