The falling film devolatilizer is a new type of devolatilization equipment, which has the
advantages of high film-forming efficiency and no mechanical transmission. In this study, a …

Computational fluid dynamics (CFD) was used to investigate the film flow on rotating wheel
for a horizontal twin-shaft reactor. The Volume of Fluid (VOF) model combined with the …

The film flow and surface renewal of highly viscous liquid on a rotating spoked disk were
investigated experimentally and numerically. In practical applications, the liquid is a …

Due to the excellent film‐forming specific surface area of the disk reactor, its application in
the polymer devolatilization process can greatly improve the devolatilization performance of …

A deep understanding of hydrodynamics and film formation characteristics is a prerequisite
for the design of twin‐shaft kneaders. In this work, the hydrodynamics and film formation …

The visual experimental technique was used to investigate the film formation process in a
horizontal self-cleaning twin-shaft kneader with highly viscous Newtonian fluids. The …

Locally similar solutions are developed for aiding or opposing MHD flow near stagnation-
point on a vertical stretchable surface immersed in a generalized Newtonian fluid obeying …

The process of producing high viscosity polyester by transesterification polycondensation
needs to adjust the operating conditions and equipment structure of pre-polycondensation …

Plastic manufacturing is the process of producing polymer materials from raw substances
such as thermoplastic pellets, granules, or powder, aiming to produce semi-finished …

The phenomenon of mass transfer is of vital importance in numerous industrial applications
where gas and liquid phases interact. These mainly comprise chemical, semiconductor …