The control of air flow fields generated in the textile manufacturing process is important to
fiber motion. With the expansion of textile applications and the challenges brought by carbon …

Melt blowing is an industrially important process in producing microfibrous nonwovens. Over
the past decades, there has been a considerable amount of fundamental research on this …

Melt blowing is an industrial approach for producing microfibrous nonwoven materials
utilizing high-speed air to attenuate polymer melt. The melt-blowing air flow field which is …

Electrospinning and melt blowing are the most commonly used processes to produce
microfibers from extruded polymer solution or melt. The present work deals with the dynamic …

Melt blowing is a widely used process for manufacturing nonwoven fiber products with
applications spanning healthcare, agriculture, transportation, and infrastructure, among …

The air flow field plays a key role in melt blowing. In this article, an optimal design procedure
that improves the airflow field of melt blowing is proposed. A parameter, stagnation …

This research experimentally investigates the fiber and web formation process of an array of
annular meltblown spinnerets. In this design, the molten polymer is extruded from an array of …

In melt blowing, microfibrous nonwoven material is manufactured by using high-speed air to
attenuate polymer melt. The melt-blown air jet determines the process of polymer …

In this study, a new annular melt-blowing die with an inner stabilizing piece was designed to
obtain finer fibers and consume less energy than for the common annular die. The effects of …

The air‐flow field in melt blowing plays a key role in fiber drawing and nonwoven web
performance. A multiobjective optimization using genetic algorithms was proposed to obtain …