Nottingham Trent University

Nottingham Trent University

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United Kingdom
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The Advanced Textiles Research Group (ATRG) is located within the School of Art and Design at Nottingham Trent University (in the United Kingdom). The ATRG brings together experts from a variety of disparate fields including technical textiles, engineering, and textile and fashion design. The ATRG has developed a strong reputation for the creation of novel electronic textiles and flexural materials. Innovations have included the development of pressure sensing textiles, solar energy harvesting textiles, active compression textiles, heated garments, and remote heart rate monitoring textiles.
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Nottingham Trent University
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2019
16 Jul 2019

Design considerations for electronic textiles

Commercial efforts around electronic textiles have been prominent for at least 25 years, starting with early patents and then early products throughout the 1990s. IDTechEx's latest research report in the area "E-Textiles 2019-2029: Technologies, Markets and Players", looks at how e-textile products have changed over time, both in terms of the hardware and the more general business model.
21 May 2019

E-Textiles 2019-2029: Technologies, Markets and Players

IDTechEx Report: James Hayward
11 Apr 2019

An Investigation Of Temperature Sensing Textiles For Temperature Monitoring In Performance Sports

Nottingham Trent University, United Kingdom
14 Jan 2019

Robots to perform spinal surgery with pinpoint accuracy

Robots will perform spinal surgery with greater accuracy than humanly possible as part of a ground-breaking research project led by Nottingham Trent University.
2018
27 Dec 2018

Solar panels embedded in clothes charge a mobile phone

Clothing embedded with tiny solar cells the size of a flea will allow wearers to generate electricity on the move and charge items like mobile phones and smartwatches.
12 Apr 2018

The Development Of Electronic Sensor Yarns

Nottingham Trent University, United Kingdom
2017
13 Sep 2017

Wearable Sensors 2018-2028: Technologies, Markets & Players

IDTechEx Report: James Hayward
2016
5 Aug 2016

Wearable Technology for Animals 2017-2027: Technologies, Markets, Forecasts

IDTechEx Report: Dr Peter Harrop, Raghu Das and Dr Nadia Tsao
28 Apr 2016

Temperature Sensing Yarn For Remote Temperature Measurement

Nottingham Trent University, United Kingdom
12 Feb 2016

A new approach to 3D printing the next generation of bone implants

A researcher has pioneered a new way of 3D printing to help human bone tissue regenerate following major damage.
2011
13 Apr 2011

Smart fabrics closer to consumers

By integrating electronics with textiles it is posible to provide new concepts for lighting, heating, cooling, energy harvesting, communicating, sensing, measuring and monitoring.
2010
29 Apr 2010

Early printed electronics revisited

There was an element of back to the future at the hugely successful recent Printed Electronics Europe event in Dresden. Although a high proportion of printed electronics has progressed from screen printing to other printing technologies, notably inkjet, for better control, less waste of these expensive inks and other benefits, at least one company has reverted to advanced rotary screen printing to gain throughput. Indeed, Professor Edgar Dörsam reported that his team has achieved feature size of better than one micron with its advanced screen printing methods. Daetwyler even announced a capability of gravure printing below five microns in feature size with its machines.
2009
11 Dec 2009

Emerging display technologies and innovations

On December 10, the UK Knowledge Transfer Network had a meeting in Grove Oxfordshire on Emerging Display Technologies and Innovations. About 35 people attended. Professor Ian Underwood of Edinburgh University in Scotland described work on microemissive OLED displays under the title "Hypoled - Next Generation Display Platform ."
2 Oct 2009

Dramatic New AC Electroluminescent Displays

Dramatic New AC Electroluminescent Displays announced at Printed Electronics Asia 2009.
1 Oct 2009

Laser Processing of Inorganic Thin Films for Printed and Flexible Electronic Devices

Nottingham Trent University, United Kingdom