The understanding of flow regimes in helical coils is essential in the design and operation of
modern heat exchangers and has been studied therefore intensively over the past decades …

The accuracy of data-driven flow pattern identification in gas-liquid two-phase flow depends
on the quality of training data. If a high similarity of input parameters exists between the …

At the microfluidic scale, the utilization of helically coiled channels (HCCs), also known as a
spiral channel, for two-phase flow offers numerous advantages in various applications …

A hybrid learning algorithm consisting of a preprocessor, a k-nearest neighbors regressor, a
noise generator, and a particle–wall collision model is introduced for predicting features of …

A detailed insight into the liquid film characteristics in the helical channel of single screw
expander is of great significance for avoiding the leakage loss of higher pressure gas to …

In multiphase flow pipelines, the timely and precise identification of flow pattern
characteristics is crucial to guide industrial production, assess pipeline safety, and facilitate …

The distribution of liquid film thickness in helically coiled tubes (HCTs) directly affects the
heat transfer performance of the annular flow region. However, due to the limitation of …

During the power operation of nuclear reactors, the corrosion products in the secondary
circuit will deposit on the inside of Helical-coiled One-Through Steam Generator (H-OTSG) …

Slug flow characteristics in helically coiled tubes were investigated in experiments. Pressure
loss, slug velocity, and slug passing frequency were measured using pressure transducers …

The technology can fully explore the user's consumption behavior habits and help the e-
commerce platform formulate more precise marketing strategies in a targeted manner. This …