Influence of Selected Parameters of the Channels between Threads on the Air Permeability of Flat Textile Products with Known Characteristics
Journal Title: Fibres and Textiles in Eastern Europe - Year 2017, Vol 25, Issue 3
Abstract
A more detailed understanding of flat textile products’ internal structure opens up new possibilities for research on the application use of voids in the structure of flat textile products, i.e. the arrangement and structure of the channels between threads and voids between fibres. The work presented is a continuation of research on the channels between threads performed by research teams from IW, TUL and Texo Systems. It refers to the study on the structural segmental models of woven fabrics conducted by the late. Prof. J. Szosland. In further works, a product micro-scanning method using structured light was applied, focusing on the study of the inlet diameter of the channels between threads. Analysis of the air permeability test results showed an influence of the size of the channels between threads (approximate volume of the channel, spacing surface area, coefficient of spacings, angle of channel inclination) and parameters of woven fabrics (type of weave, sett of warp and weft or tightness) on this parameter. Creating a spatial model of the channel between threads would enable to estimate the media flows through these materials (air and water vapour permeability, heat resistance) and electromagnetic radiation, e.g. IR, UV. The directions for further research were defined.
Authors and Affiliations
Mirosław Polipowski, Piotr Więcek, Bogusław Więcek, Anna Pinar
Keywords
Related Articles
- EP ID EP199545
- DOI 10.5604/01.3001.0010.1701
- Views 71
- Downloads 0
Lateral and Perpendicular Thermal Conductivity Measurement on Textile Double Layers
In this paper, the temperature distribution on a double layered fleece textile was measured experimentally with infrared thermography. A theoretical model based on the thin plate theory was to interpret the results measu...
4788 Thermal Manikin Measurements of Protective Clothing Assemblies
The thermal comfort of a foundry worker is very important and related to many factors, i.e., the structure of the protective clothing assembly, the number of layers and their thickness, as well as the distance between th...
Resilience and Deformability of Fused Textile Systems
The aim of this research was to investigate the resilience properties of textile systems fused with different interlinings by applying the method of pendulum impact loading. For the investigations, four worsted outer fab...
Linear Programming for Aggregate Production Planning in a Textile Company
This article aims to propose and implement an aggregated production planning model to provide optimal strategies in the medium term for a textile company, for which a linear programming model is proposed to minimise tota...
Hybride Composite Armour Systems with Advanced Ceramics and Ultra-High Molecular Weight Polyethylene (UHMWPE) Fibres
The aim of the research was to develop a new concept of hybride composite armour systems consisting of a ceramic and fibrous composite. Depending on the requirements for ballistic protection, armour systems may be design...