Haptic Modeling of textile has attracted significant interest over the last decade. In spite of extensive research, no generic system has yet been proposed. The majority of the haptic models developed in the previous work assume a 2D mesh model for the textile which does not represent the real geometric configuration of the textile. In addition, they are based on empirical parameters obtained f...

This study investigated the status of mechanized power and self-propelled rice cultivation machinery in Guilan Province in northern Iran. The raw data was obtained from 2013 statistics of the Agricultural Jihad Organization of Guilan province. Power per unit of area, mechanization level, area per unit of self-propelled machinery, and mechanization requirement were calculated for eastern, wester...

This project expands future applied-design capabilities for textiles as a function of inkjet deposition technology. The project investigates 3D inkjet rapid-production tools’ potential, focusing on creative gaps in the developing technology in its application to the textile design process. As such, the research investigates future design possibilities for inkjet printing technology in the creat...

The presence of dyes in wastewater effluent of textile industry is well documented. In contrast, the endocrine disrupting effects of these dyes and wastewater effluent have been poorly investigated. Herein, we studied twenty-three commercial dyes, usually used in the textile industry, and extracts of blue jean textile wastewater samples were evaluated for their agonistic and antagonistic estrog...

Textile Electrodes have been widely studied for biopotentials recordings, specially for monitoring the cardiac activity. Commercially available applications, such as Adistar Tshirt and Textronics Cardioshirt, have proved a good performance for heart rate monitoring and are available worldwide. Textile technology can also be used for Electrical Bioimpedance Spectroscopy measurements enabling hom...

THE industrial revolution, which consisted in the invention and utilization of machinery driven first by water and later by steam power, resulted in the employment of many workers in factories and workshops and led to the destruction of the domestic industries which were spread throughout the land. The textile industry, after that of agriculture the most important in the country, was the one ch...

Retting of flax was the first biotechnological application in textile processing. More than 2000 years ago, micro-organisms grown on flax were used to achieve partial decortication in the extraction of linen fibres from flax stems. Amylases were the only enzymes applied in textile processing until the 1980’s. These enzymes are still used to remove starch-based sizes from fabrics after weaving. ...

Traditional pre-treatments, dyeing, and finishing of textiles have high environmental impacts because the usage energy, water, chemicals, production effluent containing leftover harmful dyes chemicals. In this comprehensive review article, advances in applications ultrasound sustainable various types to reduce their are discussed advantages/disadvantages such processes outlined. The enhancement...

A medical quality electrocardiogram (ECG) signal is necessary for permanent monitoring, and an accurate heart examination can be obtained from instrumented underwear only if it is equipped with high-quality, flexible, textile-based electrodes guaranteeing low contact resistance with the skin. The main objective of this article is to develop reliable and washable ECG monitoring underwear able to...

Textile manufacturers have to monitor the quality of their products in order to maintain the high-quality standards established for the clothing industry. Thus, textile quality control is a key factor for the increase of competitiveness of their companies. Textile faults have traditionally been detected by human visual inspection. However, human inspection is time consuming and does not achieve...