The Experts below are selected from a list of 141 Experts worldwide ranked by ideXlab platform

R.r. Bonaldi - One of the best experts on this subject based on the ideXlab platform.

  • Functional finishes for high-Performance Apparel
    High-Performance Apparel, 2018
    Co-Authors: R.r. Bonaldi
    Abstract:

    This chapter provides an overview of functional finishes for fibers and fabrics used in high-Performance Apparel. First, the functional properties, techniques, and market applications are presented. Then, an overview of yarn and fabric processing techniques is given. Finally, the chapter provides an assessment of challenges and future trends.

  • Electronics used in high-Performance Apparel—Part 1/2
    High-Performance Apparel, 2018
    Co-Authors: R.r. Bonaldi
    Abstract:

    Abstract This chapter starts by introducing basic concepts and explaining the electronic components mostly used in high-Performance Apparel. Then, it presents the most common conductive materials, fabric integration techniques, and also provides an overview of hybrid textile electronic components, with examples of current research and commercial products. The chapter ends with a discussion of future trends and sources of further information.

  • electronics used in high Performance Apparel part 1 2
    High-Performance Apparel#R##N#Materials Development and Applications, 2018
    Co-Authors: R.r. Bonaldi
    Abstract:

    Abstract This chapter starts by introducing basic concepts and explaining the electronic components mostly used in high-Performance Apparel. Then, it presents the most common conductive materials, fabric integration techniques, and also provides an overview of hybrid textile electronic components, with examples of current research and commercial products. The chapter ends with a discussion of future trends and sources of further information.

Dawn Michaelson - One of the best experts on this subject based on the ideXlab platform.

  • Drengr: Women’s Compression Performance Apparel
    Pivoting for the Pandemic, 2020
    Co-Authors: Dawn Michaelson
    Abstract:

    A collaborative partnership to investigate the increase usage of compression garments with women collegiate throwing athletes. Project was executed in three phases: (1)survey, (2) body scanning & prototype development, and (3) lab Performance testing. Lab Performance testing with motion capture indicated there was a significant Performance enhancement in the throwing regiment when wearing the postural compression garment when compared to a control garment. This collaborative project produced an improved compression garment with research-backed Performance enhancing benefits.

  • drengr women s compression Performance Apparel
    International Textile and Apparel Association Annual Conference Proceedings, 2020
    Co-Authors: Dawn Michaelson
    Abstract:

    A collaborative partnership to investigate the increase usage of compression garments with women collegiate throwing athletes. Project was executed in three phases: (1)survey, (2) body scanning & prototype development, and (3) lab Performance testing. Lab Performance testing with motion capture indicated there was a significant Performance enhancement in the throwing regiment when wearing the postural compression garment when compared to a control garment. This collaborative project produced an improved compression garment with research-backed Performance enhancing benefits.

Tasneem Sabir - One of the best experts on this subject based on the ideXlab platform.

  • Fibers used for high-Performance Apparel
    High-Performance Apparel, 2018
    Co-Authors: Tasneem Sabir
    Abstract:

    Abstract High-Performance fibers are developed with unique properties to protect the body. Protection and survival in hostile environment can be linked to highly innovative and smart textiles. Creating such fabrics requires the knowledge and appreciation of high-Performance fibers. This chapter explains the structure, properties, and applications of natural and manufactured fibers within areas of high-Performance Apparel. The first part of this chapter describes the conventional fibers used in production of traditional fabrics and how they have evolved into sophisticated smart materials. The second part describes high-Performance fibers and their applications and how they have become an integral part of the manufacture of intelligent textiles.

Eliza Jessie Power - One of the best experts on this subject based on the ideXlab platform.

  • Advanced knitting technologies for high-Performance Apparel
    High-Performance Apparel, 2017
    Co-Authors: Eliza Jessie Power
    Abstract:

    The chapter provides substantial evidence to support the importance of the knitting sector to technical and medical applications including Performance Apparel. It details specific examples of advanced knitted structures used in sport, protection and medical applications. Three potential areas for innovation and growth are discussed including compression, footwear and base-layer technologies which are used in extreme environments. New fibres and knitted technologies have been acknowledged which enable novel knitted solutions to complex challenges to be initiated. Creativity, sustainability, innovation and technology are the key to the new industrial era and advanced knitting technologies will not disappoint in the future providing a range of solutions to user and global challenges using smart materials.

Medina Tomas - One of the best experts on this subject based on the ideXlab platform.

  • Examining Outcome Expectations of Wearable Performance Device Users: A Case Study of Recreational Athletes
    FIU Digital Commons, 2019
    Co-Authors: Medina Tomas
    Abstract:

    The information era has given birth to a new breed of sport management, which uses new technologies (e.g., Performance Apparel, wearable devices, data analytics) to improve athletic Performance. Previous studies have established an individual adopts new technologies in 4 phases: Anticipation, Orientation, Incorporation and Identification. Additionally, these studies stated the most critical stages are Anticipation and Orientation, which are characterized by outcome expectations and user experience, respectively. However, there is minimal information available to sport managers describing or quantifying athletes’ expectations and experiences with wearable Performance devices (WPD). The objectives of our project were to examine the relationships between WPD use and influence on 1) self-reported TTM (Transtheoretical Model) physical activity stage; 2) outcome expectations (OE) motives; and 3) user experience (UX) factors. A PreTest- PostTest protocol established TTM stage and examined expectations while a 9-week Time-Series design recorded UX of 14 recreational athletes with updated versions of the TTM and OEE instruments and an adopted UX questionnaire, respectively. Pre-Test data indicate that participants were evenly distributed across the six TTM stages while Post-Test data illustrate a change in physical activity (Action (n=8) and Maintenance (n=6)). Results indicate that participants had ‘high’ outcome expectations for Physical Performance (OE-PP), Psychological Impact (OE-PI), and Coach- Athlete Relationship (OE-CAR) during the Anticipation phase. However, only Social Status (OE-SS) expectations were fulfilled during the Incorporation phase.Thus, there was only a positive significance difference (p\u3c.05) for OE-SS (3.49+/-0.34) while there was a negative significance difference (p\u3c.05) for OE-PP (2.42+/-1.02), OE-PI (2.86+/-1.05) and OE-CAR (1.75+/-1.01). In conclusion, the UX data provided evidence to a 4-6 week ‘learning curve’ for WPD users, which may explain the negative OE results