Heat transfer by the process of boiling is advantageous due to the high heat transfer
coefficient associated with the process. In many heat transfer applications, boiling on tubes …

Water in the secondary loop of a nuclear power plant is vaporized in the steam generator
tube bundle. At this stage, the bottom and top part of the tube bundle are subjected to a …

Multiphase flow-induced vibration (FIV) is a complex problem since liquid and gas phases
can present different spatial distributions, denoted as flow patterns, with distinct structural …

Interactions between cylindrical structures and two-phase flows is a major concern for
industrial applications, especially where cross-flows may cause damages, in heat …

To understand the variations in pressure drop and heat transfer characteristics within the
scavenge pipe of aero-engines, studying and attempting to discriminate the flow patterns of …

The submerged combustion vaporizer (SCV) is widely used in the peak shaving of liquefied
natural gas (LNG) supply. It is believed that SCV will have a great application prospect with …

Single-phase convection and steam-water two-phase flow boiling heat transfer experiments
in an electrically heated 4× 16 staggered horizontal rod bundle under cross-flow condition …

Evaluating the two-phase flow parameters across tube bundles is crucial to the analysis of
vibration excitation mechanisms. These parameters include the temporal and local variation …

The dynamics of gas-driven flow and heat transfer in the water bath of submerged
combustion vaporizers (SCVs) are inherently complex. This study introduced a calculation …

The present paper addresses an experimental investigation on flow-induced vibration for air–
water flow across a normal triangular tube bundle, with transverse pitch-to-diameter ratio of …