INTRODUCTION

Electronic textiles or E-textiles represent the next generation of fibres, fabrics and articles produced from them. They can be described as textile materials that think for themselves, for example through the incorporation of electronic devices or smart materials. Many intelligent textiles already feature in advanced types of clothing, principally for protection and safety and for added fashion or convenience.

One of the main reasons for the rapid development of intelligent textiles is the import ....etc

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PRESENTED BY
T.D. ASHOK KUMAR


WHAT IS NANOTECHNOLOGY?
The “nano” in nanotechnology comes from the Greek word “nanos” that means dwarf.
One nano meter is one-billionth meter that is about 1,00,000 times of human hair.
OBJECTIVE:
 The latest technical buzz word in textile too is
NANOTECHNOLGY
 The worlds toughest fiber carbon nano is currently being paid more attention due to their unique physical, chemical and mechanical properties obtained by “espin technology”.
[b ....etc

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MOISTURE MANAGEMENT IN TEXTILES/APPARELS

BY
G.MOHAN KUMAR
V.S.SIDDARTH
BANNARI AMMAN INSTITUTE OF TECHNOLOGY




MOISTURE MANAGEMENT
The ability to absorb gaseous or liquid humidity from the skin and transport it to the outer surface and release it into the surrounding air.


LACK OF MOISTURE MANAGEMENT
In hot conditions, trapped moisture may heat up and lead to fatigue or diminished performance.
In cold conditions, trapped moisture will drop in temperature and cause chilling an ....etc

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yes i need some sample questions regarding the topic horlicks vs complan. It wud be very helpful if anyone can help me with it. Thank you ....etc

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E-Textiles

THE scaling of device technologies has made possible significant increases in the embedding of computing devices in our surroundings. Embedded microcontrollers have for many years surpassed microprocessors in the number of devices manufactured. The new trend, however, is the networking of these devices and their ubiquity not only in traditional embedded applications such as control systems, but in items of everyday use, such as clothing, and in living environments. A trend deserving particular attention is that in which large numb ....etc

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nice ,good
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Scaling in CMOS device technology has made it possible to cheaply embed intelligence in a myriad of devices. Inparticular, it has become feasible to fabricate flexible materials (e.g., woven fabrics) with large numbers of computing and communication elements embedded into them. Such computational fabrics, electronic textiles, or e-textiles have applications rangingfrom smart materials for aerospace applications to wearable computing. This paper addresses the modeling of computation, communication and failure in e-textiles and investigates t ....etc

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Shri Mata Vaishno Devi University
Katra, J&K



INTRODUCTION

THE scaling of device technologies has made possible significant increases in the embedding of computing devices in our surroundings. Embedded microcontrollers have for many years surpassed microprocessors in the number of devices manufactured. The new trend, however, is the networking of these devices and their ubiquity not only in traditional embedded applications such as control systems, but in items of ever ....etc

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