Self-cleaning of textile fabrics is defined as the ability that pollutants particles can be removed from fabric surface without any external source. The application technology beneficial to environment since it conserves water, energy and laundry costs. In past, typically obtained by chemical coatings, which develop low high roughness on surface, allowing pollutant or droplets float over rather...

Using Computational Fluid Dynamics (CFD) technique, the dispersion contours and the exposure rate of Flexographic printing workers to VOCs in a printing department is evaluated. Firstly, VOCs distribution is determined in the printing room due to the existing ventilation system. Through next steps, 4 scenarios for lowering VOCs concentration and its exposure rate to workers are analyzed. Concen...

This study aims to apply the convolutional neural network (CNN) classify batik based on its manufacturing method, namely Batik Tulis which are hand drawn, Cap where stamps used create pattern, and Printing printed using textile printing machine. We collected 40 images for each type of with a total 120 images. To speed up simplify model building process, we implemented transfer learning 3 basic ...

Enzymes immobilized on synthetic polyethylene terephthalate (PET) textile surface by resource-efficient inkjet printing technology can promote developments for various novel applications. Synthetic fabrics often require adequate pretreatments to facilitate such process. This work discusses PET–woven fabric pretreatment routes improve wettability alkaline, enzymatic, and plasma processes effecti...