The paper critically reviews medical garments with various functions and development
aspects. Textiles used and developing technologies are systematically introduced. Medical …

The structural changes in the web and the development of bonding in hydroentangled
fabrics are considered as a function of the applied energy. A new fundamental expression to …

The bicomponent spunbonding technology offers high productivity and provides great
flexibility in the selection of polymer compositions and fiber configurations. This process was …

A wide variety of processes make use of plain orifice nozzles. Fuel injectors for internal
combustion engines incorporate these nozzles to generate finely atomized sprays …

Individual carbon nanotubes (CNTs) are like invisible tiny fibrils, and many trillions of such
fibrils must be assembled to make useful macroscopic articles such as membranes for …

Fossil fuels are a major source of energy although they generate toxic pollutants that cause
harm to human beings and the environment. To control these toxic pollutants, various …

A new wiping product prepared by wetlaid/spunlace (wetlace) method possess dispersibility
and fully degradability. To obtain the excellent products, the present research first …

The effect of a water jet pressure profile (WJPP) and initial web geometry on the properties
of hydroentangled fabrics is investigated. Different web structures (obtained by parallel …

This chapter firstly deals with the production technologies of long natural fibre composites
(LNFCs) for construction applications; it contains descriptions of raw materials …

Mechanical bonding represents a family of methods that relies on fibre entanglement and
physical consolidation of webs to increase frictional resistance between fibres and therefore …