The interaction of textile structures and high speed textile processes by Morgan, Henry Merriam

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subTextile : a construction kit for computationally enabled textiles by Sadi, Sajid H. (Sajid Hassan)

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Hysteresis in textile bending. by Jilla, D. A

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On the mechanics of textile packaging by Marzoli, Pierfranco.

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Electrostrictive microelectromechanical fibres and textiles by Khudiyev, Tural, Clayton, Jefferson Daniel, Levy, Etgar Claude, Chocat, Noemie, Gumennik, Alexander, Joannopoulos, John, Fink, Yoel, Stolyarov, Alexander Mark

“…In this study, we report on the discovery of MEMS functionality in fibres, thereby opening a path towards flexible, high-Aspect ratio, and textile MEMS. The method used for generating these MEMS fibres leverages a preform-To-fibre thermal drawing process, in which the MEMS architecture and materials are embedded into a preform and drawn into kilometers of microstructured multimaterial fibre devices. …”
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Textile precision for customized assemblies by Tessmer, Lavender.

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Sustainability implications of remanufacturing textiles in India by Chatterjee, Priyanka M.

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The antebellum tariff on cotton textiles revisited by Irwin, Douglas A., Temin, Peter

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Making textile sensors from scratch by Perner-Wilson, Hannah Rosamonde, Buechley, Leah

“…This workshop will explore the use of low-cost materials and tools to build textile-based interfaces. We will introduce a range of methods for handcrafting textile sensors and circuitry. …”
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Nanofiltration for high permeability textile effluent desalination by Swaminathan, Jaichander, Tow, Emily W., Roy, Yagnaseni, Lienhard, John H

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Intelligent Textiles for Physical Human-Environment Interactions by Luo, Yiyue

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Accessorizing with networks : the possibilities of building with computational textiles by Nanda, Gauri

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Textile factory, El-Soyouf, Alexandria, Egypt by Moustapha, Ahmed Farid

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Softbuilt : computational textiles and augmenting space through emotion by Davis, Felecia

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An analysis of the winding of textile yarns in optimum package form by Miles, William J

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SensorKnit: Architecting Textile Sensors with Machine Knitting by Ou, Jifei, Oran, Daniel, Haddad, Don Derek, Paradiso, Joseph, Ishii, Hiroshi

“…This article presents three classes of textile sensors exploiting resistive, piezoresistive, and capacitive properties of various textile structures enabled by machine knitting with conductive yarn. …”
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The Well-Dressed Spacecraft: Textiles for Cosmic Dust Metrology by Cherston, Juliana Mae

“…I envision cosmic grains that may have traveled light years to meet, in a microscopic blitz, the commonplace textile! This work brings the first electronic textiles to Low Earth Orbit, tracking advanced fabric sensor characterization from a tabletop laser accelerator, to a warehouse-scale electrostatic accelerator, to the walls of the International Space Station. …”
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The dynamics of production and distribution in the rayon and acetate sector of the textile industry by Krasnow, Howard S

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Optical HMI with biomechanical energy harvesters integrated in textile supports by De Pasquale, G, De Pasquale, D, Kim, Sang-Gook

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A non-printed integrated-circuit textile for wireless theranostics by Yang, Yuxin, Wei, Xiaofei, Zhang, Nannan, Zheng, Juanjuan, Chen, Xing, Wen, Qian, Luo, Xinxin, Lee, Chong-Yew, Liu, Xiaohong, Zhang, Xingcai, Chen, Jun, Tao, Changyuan, Zhang, Wei, Fan, Xing

“…While the printed circuit board (PCB) has been widely considered as the building block of integrated electronics, the world is switching to pursue new ways of merging integrated electronic circuits with textiles to create flexible and wearable devices. Herein, as an alternative for PCB, we described a non-printed integrated-circuit textile (NIT) for biomedical and theranostic application via a weaving method. …”
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