All Stories

  1. Double-Layer Woven Heating Fabrics: Design and Structure Optimization, Thermal Modeling, and Implementation of an Intelligent Temperature Control System
  2. The effect of interlining’s structure on the stress relaxation of laminated fabrics in terms of loading direction
  3. Yarn‐to‐Yarn Surface Area and Roughness as Structural Engineering Tools for Optimizing the Electrical Output of Triboelectric Nanogenerators: Geometrical and Experimental Verification
  4. Investigation of the Spike Penetration Resistance of the Weft-Knitted Fabrics with Different Elasticity Ratio
  5. Scalable all-textile embedded electrode triboelectric nanogenerator: Hybrid single-electrode and contact-separation working functions for wearable body motion monitoring
  6. Evaluation of the effect of structural parameters on the compression behaviour of woven spacer fabrics
  7. Assessment of the Influence of Fabric’s Dynamic Elastic Recovery Behavior on the Ease of Body Movement
  8. Effect of friction and tensile behaviour of the constituent yarns of three-layer fabrics, and cloth fit on the spike penetration
  9. Investigation of the Poisson’s Ratio of Spunbonded Nonwovens Considering Loading Direction
  10. Dynamic assessment of the crease recovery of fabrics by laser triangulation technique in terms of creasing repetition and soaking and drying
  11. Assessment of the influence of weave structure, wind speed and garment size on the ventilation of simulated garment
  12. Assessment of the influence of stitching on the tensile stress relaxation of laminated fabrics
  13. Fabrication and thermal assessment of three-layer woven heating fabrics
  14. Objective and subjective evaluation of various aspects of hand performance considering protective glove’s constructional parameters
  15. Assessment of the knife penetration resistance of single and double-layer metal reinforced fabrics
  16. Evaluating the resistance of metal reinforced multi-layer textile structure against penetration of sharp objects
  17. Study on the tearing behaviour of woven shirting fabrics – the effect of yarn and fabric properties
  18. Assessment of the thermal insulation properties of multilayered mittens considering the airflow speed
  19. Analysis of the stress relaxation behaviour of sewing threads in the straight and loop form
  20. Characterization of the effect of fabric’s tensile behavior and sharp object properties on the resistance against penetration
  21. Tensile characteristics and stress relaxation analysis of woven fabrics in terms of fabric direction
  22. Characterization of fabric properties knitted from multifilament polyester textured yarns with various number of filaments
  23. Characterization of the effect of fabric structure on the optical properties of woven fabrics
  24. Appearance and comfort properties considering yarn-spinning system and weave structure in worsted woven fabrics
  25. Contribution of constituent yarns of the worsted woven fabrics in various directions during the tensile loading
  26. Evaluating the crease recovery performance of woven fabrics considering bending behaviour in various directions
  27. Predictive model for the frictional characteristics of woven fabrics optimized by the genetic algorithm
  28. Analysis of Frictional Behavior of Woven Fabrics by a Multi-directional Tactile Sensing Mechanism
  29. Determining Formability Function of Worsted Woven Fabrics in Terms of Fabric Direction
  30. Surface Roughness Assessment of Woven Fabrics Using Fringe Projection Moiré Techniques
  31. Crimp analysis of worsted fabrics in the terms of fabric extension behaviour
  32. Formability analysis of worsted woven fabrics considering fabric direction
  33. Effect of Fabric Structure and Weft Density on the Poisson's Ratio of Worsted Fabric
  34. Investigating the effect of weight reduction treatment on Poisson’s ratio of microfiber polyester woven fabric