34 reads in the past 30 days
Mobile 3D body scanning applications: a review of contact-free AI body measuring solutions for apparelJuly 2023
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555 Reads
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11 Citations
Published by Taylor & Francis
Online ISSN: 1754-2340
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Print ISSN: 0040-5000
34 reads in the past 30 days
Mobile 3D body scanning applications: a review of contact-free AI body measuring solutions for apparelJuly 2023
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555 Reads
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11 Citations
31 reads in the past 30 days
Development of dual-core spun yarn using different fiber as a core by hamel twisting (elasto twist) technique and its impact on the denim fabric performanceMay 2024
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116 Reads
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2 Citations
29 reads in the past 30 days
Development and characterization of conductive textile (polyester fabric) for wearable electronics by using electroless metallizationJuly 2023
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280 Reads
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2 Citations
27 reads in the past 30 days
Naphthoquinone disperse dyes and their dyeing application to polyethylene terephthalate fabricsNovember 2023
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202 Reads
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3 Citations
27 reads in the past 30 days
Adsorption kinetics and thermodynamics of metal complex acid dyes on silk fabricJuly 2024
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123 Reads
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1 Citation
TJTI publishes innovative research and professional interests of the Textile Institution in science, engineering, economics, management and design.
For a full list of the subject areas this journal covers, please visit the journal website.
February 2025
Manchen Dong
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Hongxia Jiang
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Jihong Liu
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Chunxia Wang
February 2025
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4 Reads
Jukkraphop Norrasarn
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Audchara Saenkham
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Chatthai Kaewtong
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Burapol Singhana
February 2025
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1 Read
February 2025
January 2025
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January 2025
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January 2025
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January 2025
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Abstract The present research work studies the feasibility of using waste cotton fibres from carding machines as a reinforcing material in epoxy resin matrix for composite fabrication. Waste cotton fibres were utilized to produced thick paper with an areal density of 150 g/m2. The physico-chemical properties of the produced papers were evaluated by X-ray diffraction methods, chemically and tensile testing. Composites samples were prepared using modified paper with epoxy resin, maintaining with different fibre content (20%, 30% and 40 wt%). The mechanical properties of the composite were evaluated by the tensile, flexural and interlaminar shear test. The tensile fracture behavior of the composites was investigated by scanning electron microscopy (SEM). The tensile strength, flexural strength and inter laminar shear strength (ILSS) of 40% fibre content composite in the machine direction were found to be 48, 54 and 6.1 MPa respectively. The results indicate that waste cotton fibers can be an excellent reinforcing material for composite production.
January 2025
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January 2025
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December 2024
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5 Reads
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5 Reads
December 2024
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December 2024
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5 Reads
December 2024
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15 Reads
December 2024
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8 Reads
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December 2024
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9 Reads
December 2024
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16 Reads
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Editor-in-Chief
University of Manchester, United Kingdom