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SCIENTIFIC PATENTS 

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  1. Servati, P., Servati, A., Tashakori, A, Jiang, Z., Narayana, H. et al. Stretchable Multimodal Smart Textile Apparel and Machine Learning for Accurate and Dynamic Movement, Strength and Health Tracking. US Patent: 63/422,867 (2022) 

  2. Servati, P., Servati, A., Zabihi, E., Narayana, H. et al. Three-in-one Wearable Pack for Directional and Efficient Energy Harvesting Storage. US Patent (under filing-2022) 

  3. Servati, P., Yeap, R., Zabihi, E., Narayana, H. et al. Thermally Insulating Substrate Product and Method of Manufacture. US Patent (63/199,326) (2021) 

  4. Servati, P., Servati, A., Jiang, Z., Soltanian, S., Narayana, H., et al. Methods of And Systems for Estimating a Topography of At Least Two Parts of a Body. US Patent. US 20210255694A1. (2021) 

  5. HU, J.L., Narayana, H., Kumar, B., Smart Stress-memory Fabric for Controlled Static and Dynamic Compression Applications Filing #: PRC 201711095848.7 (2017) 

  6. Hu, J.L, Kumar, B., Jianping, H., Wu, Y., Zhao, Y, Narayana, H., For stress- memory polymer materials and intelligent pressure device, PRC Filling #: 201510037396.1 (2015) 

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SCIENTIFIC PUBLICATIONS 

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  1. Tashakori, A, Jiang Z, Servati A, Soltanian S, Narayana H, et al. Stretchable Smart Textile Gloves for Dynamic Tracking of Articulated Hands. Nature Electronics (under review). (2023) 

  2. K. Le, H. Narayana, et al. Textile Electrodes for Electrocardiogram (ECG) Monitoring: A Review on Structure-Property and Performance Evaluation from Fibre to Fabric. Textile Research Journal (10.1177/00405175221108208). (2022) 

  3. B. Kumar, N. Noor, S. Thakur, N. Pan, H. Narayana, S. Yan, F. Wang, P. Shah, Shape Memory Polyurethane-Based smart Polymer Substrates for Physiologically Responsive, Dynamic Pressure (Re) Distribution.  ACS Omega, 4(13), P: 15348-15358. (2019) 

  4. H. Narayana, et al. Designing of Advanced Smart Medical Stocking Using Stress-Memory Polymeric Filaments for Pressure Control and Massaging. Mater Sci and Eng.: C, 91, P: 263-273. (2018)

  5. H. Narayana, et al. Stress-Memory Polymeric Filaments for Advanced Compression Therapy. Journal of Materials Chemistry-B, 5(10), P: 1905-1916. (2017)

  6. J. Hu, H. Narayana, Novel Behavior in Smart Polymeric Materials: Stress Memory and its Potential Applications, Advances in Science & Technology 97. (2017)

  7. H. Narayana, J. Hu, Contemporary Status of Research in Material Science for Designing the Advanced Smart Medical Compression Stockings, Current Trends in Fashion Technology & Textile Engineering, 1(3) (2017): 555562. (2017)

  8. H. Narayana, J. Hu, Review of Memory Polymeric Fibres and Its Potential Applications, Advance Research in Textile Engineering 1(2), 1-7 (2016)

  9. B. Kumar, J.L. Hu, N. Pan, H. Narayana, A Smart Orthopedic Compression Device Based on a Polymeric Stress Memory Actuator, Materials & Design, 97, P: 222-229.  (2016)

  10. H. Narayana, J.L. Hu, B. Kumar, S.M. Shang, Constituent Analysis of Stress Memory in Semi-crystalline Polyurethane, Journal of Polymer Science Polymer Physics-B, 54(10), P: 941-947. (2016)

  11. J.L. Hu, B. Kumar, H. Narayana, Stress memory polymers, Journal of Polymer Science Polymer Physics-B, 53(13), P: 893-898. (2015)

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TEXTILE BOOK CHAPTERS

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  1. H. Narayana, J.L. Hu, B. Kumar., Memory Fibers, Handbook of Fibrous Materials Vol-1, Wiley-VCH Books, Boschstrasse, Weinheim, Germany. (Accepted, Manuscript #: HFB-34220-019)

  2. B. Kumar, H. Narayana, J.L. Hu, Fibers for Medical Compression, Handbook of Fibrous Materials Vol-2, Wiley-VCH Books, Boschstrasse, Weinheim, Germany. (Communicated)

  3. J.L. Hu, A. Jahid, H. Narayana, H. Venkatesan, Fundamentals of the Fibrous Materials, Handbook of Fibrous Materials Vol-1, Wiley-VCH Books, Boschstrasse, Weinheim, Germany. (Accepted, Manuscript #: HFB-34220-001)

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