This paper introduced a simplified finite element analysis (FEA) tensile model to replace the actual prototype with FEA software. was performed using commercially available ABAQUS is computerized method of predicting how product reacts real-world forces, vibrations, heat, fluid flow, and other physical effects. Furthermore, fabric performance can expect by in textile testing. project aims deter...

For the past fifteen years Ubiquitous Computing researchers have been exploring how computing can be pushed beyond the traditional desktop environment and seamlessly “woven into the fabric of our everyday lives” [13]. Yet, despite such grand vision, the vast majority of UbiComp research is published and forgotten long before it has any impact on everyday life, let alone woven into its fabric. I...

Garments washing is one of the most important finishing treatments applied on apparels which have vital use to create special outlooks and improving the fashion. Technologically washing is one of the most important fashion elements for clothing industry and production of washed garments depends on the machine quality. In order to achieve an optimum effect of washing process, on the woven fabric...

Commercially available woven fabrics (e.g., nylon- or PET-based fabrics) possess inherently re-entrant textures in the form of cylindrical yarns and fibers. We analyze the liquid repellency of woven and nanotextured oleophobic fabrics using a nested model with n levels of hierarchy that is constructed from modular units of cylindrical and spherical building blocks. At each level of hierarchy, t...

Addressing the problem of automatic fault detection in woven and dyed fabric, we discuss a number of new statistical model-based methods and relate them to a first stage of point/local detection and a second stage of extended pattern detection. One model-based method defines a maximum likelihood binarization of the image. In another model-based method, we describe a discrete Fourier transform-b...

Regenerative medicine is emerging as a promising option, but the potential of autologous stem cells has not been investigated well in clinical settings of periodontal treatment. In this clinical study, we evaluated the safety and efficacy of a new regenerative therapy based on the surgical implantation of autologous mesenchymal stem cells (MSCs) with a biodegradable three-dimensional (3D) woven...