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Theoretical Model to Predict the Porosity of Two-Bar Warp Knitted Structures
Theoretical Model to Predict the Porosity of Two-Bar Warp Knitted Structures
The Optimization of the Physical and Mechanical Properties of Core-Spun Yarns Produced by Siro Spinning System by Using Neural Network
Geometric Model of Weft-knitted Loop Based on Position Constituent Yarn Monofilament
Numerical Modeling of Bagging Behavior of Plain Weft Knitted Fabric Using Finite Element Method
Effect of Nano-Silica Particles on the Mechanical Properties of PP/GF Knitted Composites
Investigation into the Radar Absorption of Textiles Coated With Carbon-Nanotube Materials
The Effect of Weft Knitted Structure Used as an Artificial Leather Sub-Layer on Its Mechanical Behavior
Dr. Saeed Ajeli
Dr. Dariush Semnani
Dr.Mohammad Ghane
Dr. Haleh Khalili
Predicting the Hairiness and Coefficient of Variation of Elastic Core-spun Yarns Produced on Sirofil-Spinning System using Artificial Neural Network
Analysis and Prediction of the Noise Reduction Coefficient of Lightlyneedled Estabragh/polypropylene Nonwovens Using Simplex Lattice Design
Modeling the Functional Compression Properties of Hand-knotted Carpets Using Factorial Design and Response Surface Methodology