Helically coiled pipes are widely used in many industrial and engineering applications
because of their compactness, larger heat transfer area per unit volume and higher …

The design of a compact heat exchangers is the challenging work in heat transfer research
area. The enhancement of heat transfer can be achieved by increasing the surface area of …

This study concerns to model the flow boiling heat transfer coefficient (HTC) in smooth
helically coiled tubes. A dataset including 1035 samples was collected from 13 independent …

High performance thermal energy systems are crucial in fulfilling the growing demand of
thermal energy. Consequently, numerous heat transfer enhancements have been proposed …

In this article, a deep artificial neural network (ANN) model has been proposed to predict the
boiling heat transfer in helical coils under high gravity conditions, which is compared with …

The pressure drop characteristics of helical coils are important to the design optimization of
helically coiled steam generators. Single-phase and two-phase flow pressure drop …

In this paper, an experimental study on condensation frictional pressure drop of R-600a
inside smooth and dimpled helical coiled tubes were examined. The experiments were …

Based on the construction of different experimental databases, the frictional pressure drop in
helical tubes for single-phase and water-steam two-phase flow was analyzed empirically …

Helically-coiled tube steam generator has been widely used in nuclear reactor, energy
power, petrochemical and other systems. In the liquid metal reactor, the liquid metal on the …

In helically coiled tubes, the geometry induced centrifugal forces exert the fluid
enhancement upon the heat transfer and pressure drop. Hence, it is essential to develop a …