باسل يونس ✔ موثّق

نبذة

استاذ في كلية الهندسة الميكانيكية والكهربائية
مجال البحث والتطوير في القطاع الصناعي النسيجي

الاهتمامات البحثية

هندسة ميكانيكية علوم مواد منسوجات تقنية ذكية تخطيط وتصميم مصانع

الشهادات العلمية

• 2012
  دكتوراه — برمجة عمليات الانتاج في الصناعات النسيجية Heriot watt University، UK

المؤسسات والانتماءات

• عضو هيئة تدريس — جامعة دمشق / كلية الهندسة الميكانيكية والكهربائية / قسم هندسة ميكانيك الصناعات النسيجية وتقاناتها · · 2005-05 حتى الآن — الانتماء الرئيسي

الأبحاث والمنشورات

• 2026
  A Systematic Review in the Use of Artificial Intelligence in the Textile Industry (Scopus)Q4Journal of textile and apparel technology and management جامعة دمشق الجامعة الافتراضية السورية
• 2025
  Production Optimization and Integrated Planning in the Textile Industry: A Concise Critical Review (Scopus)Q4Journal of textile and apparel technology and management جامعة دمشق
• 2025
  Development of antibacterial and hydrophobic cotton fabrics using zinc oxide and fluorocarbon nanocomposite (Scopus)Q2Journal of the Textile Institute جامعة دمشق
• 2025
  Nanofibers and modern solar cell a short review (Scopus)Q2Journal of the Textile Institute جامعة دمشق
• 2025
  Graphene Fibers and Modern Solar Textiles: A Review of Advances and Applications (Scopus)Q3Journal of Solar Energy Research جامعة دمشق الجامعة الافتراضية السورية
• 2024
  Modification of cotton yarns utilizing graphene ink to functionalized as conductivity (Scopus)Q2Journal of the Textile Institute جامعة دمشق جامعة القلمون الخاصة
• 2023
  Smart E-textiles: A review of their aspects and applications (Scopus)Q2Journal of Industrial Textiles جامعة دمشق جامعة القلمون الخاصة
• 2023
  Textronics: a review of their technological aspects and applications (Scopus)Q2Journal of the Textile Institute جامعة دمشق
• 2023
  Production, Restoration and Growth of Biological Tissues to Living Organisms by Electrospinning Technology لم تثبت الفهرسة
• 2022
  Characterization, Modeling and the Production Processes of Biopolymers in the Textiles Industry لم تثبت الفهرسةIntechOpen eBooks
• 2021
  Reducing waste in garment factories by intelligent planning of optimal cutting orders (Scopus)Q2Journal of the Textile Institute جامعة دمشق جامعة القلمون الخاصة
• 2020
  Novel Approach for Forecasting and Assessing the Relationship Between the Environment Friendly Fibres Production Process and Fibres Properties لم تثبت الفهرسةAmerican Journal of Science Engineering and Technology
• 2020
  Novel Approach for Forecasting and Assessing the Relationship Between the Environment Friendly Fibres Production Process and Fibres Properties لم تثبت الفهرسةAmerican Journal of Science, Engineering and Technology
• 2019
  Textile applications of commercial photochromic dyes: part8. A statistical investigation of the influence of photochromic dyes on thermoplastic fibres using a UV-irradiation technique (Scopus)Q2Journal of the Textile Institute جامعة دمشق
• 2019
  Investigating the co-effect of twist and hot drawing processes on the bio-based yarns properties (Scopus)Q2Journal of the Textile Institute جامعة دمشق
• 2018
  Textile applications of commercial photochromic dyes: part 7. A statistical investigation of the influence of photochromic dyes on the mechanical properties of thermoplastic fibres (Scopus)Q2Journal of the Textile Institute جامعة دمشق
• 2017
  Investigating the relationship between thermochromic pigment based knitted fabrics properties and human body temperature لم تثبت الفهرسةIOSR Journal of Polymer and Textile Engineering
• 2016
  Classification, characterization, and the production processes of biopolymers used in the textiles industry (Scopus)Q2Journal of the Textile Institute جامعة دمشق
• 2016
  Modelling of the blend ratio effect on the mechanical properties of the biofibres (Scopus)Q2Journal of the Textile Institute جامعة دمشق
• 2016
  Environmently Friendly Fibres ln The Textile Industry: From The Statistical Modelling To The Production Processes لم تثبت الفهرسة
• 2016
  MFI based rheological analysis of spinable-polymer flow properties لم تثبت الفهرسةAdvances in Natural and Life Sciences Volume: II
• 2015
  Simple Rheological Analysis Method of Spinnable-Polymer Flow Properties Using MFI Tester لم تثبت الفهرسةIndian Journal of Materials Science
• 2015
  Simple rheological analysis method of spinnable-polymer flow properties using MFI tester لم تثبت الفهرسةIndian Journal of Materials Science
• 2014
  A Statistical Investigation of the Influence of the Multi-Stage Hot-Drawing Process on the Mechanical Properties of Biodegradable Linear Aliphatic-Aromatic Co-Polyester Fibers لم تثبت الفهرسةAdvances in Materials Science and Applications
• 2014
  A statistical investigation of the influence of the multi-stage hot-drawing process on the mechanical properties of biodegradable linear aliphatic-aromatic co-polyester fibers لم تثبت الفهرسةAdvances in Materials Science and Applications
• 2013
  A Statistical Analysis of the Influence of Multi-Stage Hot-Drawing on the Overall Orientation of Biodegradable Aliphatic-Aromatic Co-Polyester Fibers (Scopus)Q2Journal of Engineered Fibers and Fabrics جامعة دمشق
• 2013
  A Statistical Analysis of the Influence of Multi-Stage Hot-Drawing on the Overall Orientation of Biodegradable Aliphatic-Aromatic Co-Polyester Fibers (Scopus)Q2JOURNAL OF ENGINEERED FIBERS AND FABRICS
• 2012
  The statistical modelling of production processes of biodegradable aliphatic aromatic co-polyester fibres used in the textile industry لم تثبت الفهرسة
• 2012
  Factorial optimisation of the effects of extrusion temperature profile and polymer grade on as-spun aliphatic--aromatic co-polyester fibres III: mechanical properties (Scopus)Q2Journal of the Textile Institute
• 2011
  Statistical analysis of the effect of multi-stage hot drawing on the thermal shrinkage and crystallographic order of biodegradable aliphatic-aromatic co-polyester fibres (Scopus)Q2Fibers and Polymers جامعة دمشق
• 2011
  Factorial optimization of the effects of melt‐spinning conditions on biodegradable as‐spun aliphatic–aromatic copolyester fibers. III. Diameter, tensile properties, and thermal shrinkage (Scopus)Q2Journal of Applied Polymer Science جامعة دمشق
• 2011
  Factorial Optimisation of the Effects of Melt Spinning Conditions on Biodegradable As-spun Aliphatic-Aromatic Co-Polyester Fibres (Scopus)Q3International Polymer Processing
• 2011
  Factorial optimisation of the effects of extrusion temperature profile and polymer grade on as-spun aliphatic–aromatic co-polyester fibres III: mechanical properties (Scopus)Q2Journal of the Textile Institute جامعة دمشق
• 2011
  Factorial Optimization of the Effects of Melt-Spinning Conditions on As-spun Aliphatic-Aromatic Copolyester Fibers I. Spin Draw Ratio, Overall Orientation and Drawability (Scopus)International Journal of Polymeric Materials جامعة دمشق
• 2011
  Factorial Optimisation of the Effects of Melt Spinning Conditions on Biodegradable As-spun Aliphatic-Aromatic Co-Polyester Fibres: II. Die Head Pressure, Crystallographic Order and Thermo-graphic Measurement (Scopus)Q3International Polymer Processing
• 2011
  Factorial optimization of the effects of extrusion temperature profile and polymer grade on as-spun aliphatic--aromatic copolyester fibers. II. Crystallographic order (Scopus)Q2Journal of Applied Polymer Science
• 2011
  Factorial optimization of the effects of melt-spinning conditions on biodegradable as-spun aliphatic--aromatic copolyester fibers. III. Diameter, tensile properties, and thermal shrinkage (Scopus)Q2Journal of Applied Polymer Science
• 2010
  Factorial optimization of the effects of extrusion temperature profile and polymer grade on as‐spun aliphatic–aromatic copolyester fibers. II. Crystallographic order (Scopus)Q2Journal of Applied Polymer Science
• 2010
  Factorial optimization of the effects of extrusion temperature profile and polymer grade on as‐spun aliphatic–aromatic copolyester fibers. I. Birefringence and overall orientation (Scopus)Q2Journal of Applied Polymer Science
• 2009
  Birefringent approach for assessing the influence of the extrusion temperature profile on the overall orientation of as‐spun aliphatic‐aromatic co‐polyester fibers (Scopus)Q2Polymer Engineering and Science
• —
  Birefringent Approach for Assessing the Influence of the Extrusion Temperature Profile on the Overall Orientation of As-Spun... (Scopus)