Fibres and Fabircs - Vanda Rulewaska Term 1 assignment INTRODUCTION TO FIBRES AND FABIRCS CONTENTS 1.0 INTRODUCTION 2.0 TREND - ZARA‚ Dolce&Gabbana 3.0 FABRIC AND CARE ANALYSIS : POLYESTER‚ SILK‚ COTTON 4.0 GARMENT COMPARE : NON-WOVEN‚ WOVEN‚ KNITTED FABRIES 5.0 APPENDIX I - MOOD BOARD : FUR SEASON IN WILD WORLD 6.0 CONCLUSION 7.0 BIBLOGRAPHY 1.0 INTRODUCTION Textile fiber‚ a unit in which many complicated textile
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urea used in retting on the properties of kenaf fibres. The experiment was conducted with four varieties of Kenaf plant namely: Cuba-108‚ Tianung-2‚ Ifeken-Di-400 and Ifeken 400. Two kenaf stems of each of the four varieties were tied (bundled) together and soaked in an improvised retting tank containing urea solutions at 1 and 2% concentrations and control (without urea). The properties of retting liquor were assessed at two days interval. Fibres retted in each treatment were subjected to physical
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Attempt to produce man-made fibre was first started with Artificial Silk’ at 1855 in England by Swiss chemist named Audemars. The fibrous inner bark of mulberry tree was then chemically modified to produce cellulose. At 1880s‚ sir Joseph Swan an English chemist experimented by forcing the cellulose liquid through fine holes into a coagulating bath. First commercial production of artificial fibre was achieved by French chemist Count Hilaire de chardonnet at 1889 in France. At that time he produced
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Also‚ this critique is shown in the case study of R.v Courtaulds Fibres Canada Inc. when the court had canceled out all of charges that should be imposed for the spill because this company had shown the due diligence towards to the spill. In fact‚ even though the company eventually avoided the charge for the spill because
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SUSTAINABLE FIBRE/FABRIC ALTERNATIVES TEXTILE PRODUCT DEVELOPMENT & ENGINEERING (MANU 2091) Abstract: An attempt to find two alternatives for cotton and nylon respectively that is sustainable within the scope of the chosen apparel BY PRIYA PISHU HASSARAM S3351376 LECTURER: CHRIS WATSON 05TH SEPTEMBER 2012 MINOR ASSESSMENT REPORT EXECUTIVE SUMMARY This paper delves in to the performance characteristics of fibres within chosen apparel and the sustainable replacements for these fibres. In particular
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UiTM KOTA BHARU CAMPUS STUDENTS’ LIFESTYLE 11 JUNE 2012 UiTM KOTA BHARU CAMPUS STUDENTS’ LIFESTYLE Prepared for Puan Wan Nazihah Bt. Wan Mohamed Report Writing (BEL 422) UiTM Kota Bharu Campus Prepared by Siti Nabilah Syuhada Abdullah Nur Khalidah Khalilah Bt. Kamarudin Atikah Ilyani Bt. Che Mohammad Nordin Munirah Sakinah Bt. Zainal Abidin 11 JUNE 2012 Executive Summary While time spent at college is a fond memory and a happy experience for most‚ college life is not
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into new fibre resources. It is very amazing that natural fibre such as kenaf‚ flax‚ jute‚hemp and sisal are in need compared with synthetic fibre which has very huge development in industry. Natural fibre in the nick of time‚ has become new resources of alternatives due to their inherent properties such as ease of fabrication‚ structural control‚ productivity‚ easy availability‚ less physical work‚ and cost reduction(Biagiotti‚ Puglia et al. 2004) 1.2 Problem Statement Lemba Fibre is new
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Slow-Oxidative (Type I) Muscle Fibres Shelby Daye Skeletal muscles are classified as striated and voluntary. They are found in muscles that maintain low-intensity contractions for long periods without fatigue. A single skeletal muscle cell is referred to as a muscle fibre. There are three types of muscle fibres found in the human skeletal muscle system including slow-oxidative fibres‚ fast-oxidative fibres and fast-glycolytic fibres. These three fibres are each defined by their biochemical capacities1
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Applications 5. Principle Of Operation 6. Mechanism of Attenuation 7. Manufacturing 8. Practical Issue 9. Electronically Based Project 10. Bibliography Aim To Study the Optical Fibre Cable Principle and its Applications. Important Terms v Optical Fiber: An optical fiber (or fibre) is a glass or plastic fiber that carries light along its length. Fiber optics is the overlap of applied science and engineering concerned with the design and application of optical fibers. Optical
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Carbon fibre reinforced polymer Name Institutional analysis Introduction Carbon Fibre reinforced polymer commonly known as CFRP is a very strong composite material that is majorly preferred for many automotive and aeronautical application due to the fact that despite their strength that still light that the traditional metallic materials. The polymers often used to make this composite material is epoxy‚ polyester‚ vinyl and even nylon. Thus in making CFRP carbon fibre is often combined with polymers
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