Single-yarns and Fabrics Structure on Fuzzing

Nonlinear Maxwell modelling of inverse relaxation in yarns and fabrics

An attempt has been made to fit the derived equation on the experimental inverse relaxation curves by employing Levenberg-Marquardt’s method for nonlinear regression and calculation of the constant values involved in the equation. The relaxation curves can be classified into ordinary relaxation, mixed relaxation and inverse relaxation curves. There seems to be good concurrence between the exper...

Investigation of Acoustic Properties of Satin 7/1 Woven Fabrics Containing Hollow and Micro-porous Yarns

On the Pressure Behavior of Tubular Weft Knitted Fabrics Constructed from Textured Polyester Yarns

This study attempts to investigate the pressure behavior of tubular knitted fabrics after a long period of time. For this purpose, two kinds of knitted fabric (plain and interlock) with various stitch lengths were chosen and the interfacial pressure and pressure reduction of fabrics after 48 hours were analyzed at different strain percents. The same tests were performed on the same specimens af...

H-Fuzzing: A New Heuristic Method for Fuzzing Data Generation

How to efficiently reduce the fuzzing data scale while assuring high fuzzing veracity and vulnerability coverage is a pivotal issue in program fuzz test. This paper proposes a new heuristic method for fuzzing data generation named with H-Fuzzing. H-Fuzzing achieves a high program execution path coverage by retrieving the static information and dynamic property from the program. Our experiments ...

Jacquard Fabrics on Demand

Technological developments are key to the future success of the textile industry. The future requires entirely new manufacturing processes. There has been a remarkable change in the entire fabric manufacturing process with the implementation of computer programming and processing. Latest textile CAD/CAM systems and other technological developments have given a substantial boost to the manufactu...