Improving Comfort in Clothing (Woodhead Publishing Series in Textiles)

Textile Technology Catalog

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Start Free Trial No credit card required. Sun, N Pan. View table of contents. Start reading. Part 3 Manufactured non-polymer fbres: The structure and properties of glass fbres; The structure of carbon fbres; Processing, structure and properties of ceramic fbres; Structure and properties of asbestos; Thermally and chemically resistant textile fbres: Structure and properties; Structure, properties and characteristics of optical fbres; Production and applications of hollow fbers.

The remainder of the book concentrates on the factors that affect fatigue life; topics include the effect of structure and property on fatigue and environmental aspects of fatigue. An authoritative review, suitable for textile technologists, fbre scientists, textile engineers and those in academia. Part 2 Factors affecting fatigue life and fatigue case studies: Effect of structure-property relationships on fatigue failure in natural fbres; Effect of textile processing on fatigue; Environmental aspects of fatigue; Fatigue of polymer-matrix textile composite materials; Fatigue damage in structural textile composites: Testing and modelling strategies.

Part 2 Methods of fber identifcation: Optical microscopy for textile fber identifcation; The use of spectroscopy for FP textile fber identifcation; Microspectrophotometry for textile fber colour measurement; Alternative and specialised textile fber identifcation tests; Analysis of dyes using chromatography; DNA analysis in the identifcation of animal fbers in textiles. Part 3 Applications: Identifying plant fbers in textiles: The case of cotton; The forensic identifcation of textile fbers; Identifying and analysing of textile damage in the textile industry; The role of fbre identifcation in textile conservation.

Part 2 Friction in particular textile fbers and processes: Friction and surface characteristics of cotton fbers; Friction, felting and shrink-proofng of wool; Friction and surface characteristics of synthetic fbers; The role of fber friction in staple fber processing; Friction in woven fabrics; Finishes and treatments to control friction in textile fbers; Boundary lubrication phenomena in coated textile surfaces.

Part 2 Heat-moisture interactions in textile materials: Thermal conduction and moisture diffusion in fbrous materials; Convection and ventilation in fabric layers; Multiphase fow through porous media; The cellular automata lattice gas approach for fuid fows in porous media; Phase change in fabrics; Heat-moisture interactions and phase change in fbrous materials.

Part 3 Textile-body interactions and modelling issues: Heat and moisture transfer in textiles for insulation; Computer simulation of moisture transport in fbrous materials; Computational modeling of clothing performance; The skins role in human thermoregulation and comfort. International Dyer CONTENTS Fiber and yarn identifcations; Chemical analysis of feather and down textile materials; Chemical analysis of leather; Analysis of common chemicals used in textile wet processes; Analysis of chemicals used in fber fnishing; Chemical analysis of fabric fnishes and performance related tests; Chemical analysis of textile coating; Chemical assessment of damage to fbers and fabrics; Water and wastewater analysis; Chemical analysis of dyes and pigments.

Both author and publisher are to be congratulated on producing such an excellent book.

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Textile Month CONTENTS Objective measurement technology of woven fabrics; Fabric structural properties; The tensile properties of woven fabrics; The bending properties of woven fabrics; The shear properties of woven fabrics; Fabric complex deformation analysis and simulation; Properties of fabrics with seams; Modelling drape deformation of woven fabrics and garments - theory; Modelling drape deformation of woven fabrics and garments - computation and simulation.

Pilling Textile Progress: Volume No. Part one looks at general issues such as the range of synthetic polymer fbres and their processing requirements, fbre behaviour during spinning and the range of spinning techniques. Part two reviews individual spinning techniques including melt spinning, gel spinning, electrospinning, wet and dry spinning, as well as specialist techniques such as bi-component spinning. CONTENTS Part 1 General issues: Synthetic polymer fbers and their processing requirements; Understanding the behaviour of synthetic polymer fbers during spinning; Technologies for the manufacture of synthetic polymer fbers.

Part 2 Spinning techniques: Melt spinning of synthetic polymer fbers; Gel spinning of synthetic polymer fbers; Bi-component and bi-constituent spinning of synthetic polymer fbers; Electrospinning of polymer-based nanocomposite fbers; Integrated composite spinning ICS of composite yarns; Dry spinning of synthetic polymer fbers; Wet spinning of synthetic polymer fbers.

Textile Month International CONTENTS The development of textured yarns; Basic principles of false twist texturing; Yarn texturing machine design; Yarn twist application methods; Process performance issues in yarn texturing; Newer yarn texturing machine designs; Air jet mingling in yarn texturing; Optimisation of process parameters in yarn texturing; Draw textured yarn variants and speciality yarns; Process control and quality assurance in yarn texturing; Process costs in yarn texturing operations; End uses for draw textured yarns; The future of false twist texturing.

University of Baroda, India This book thoroughly describes fundamentals of yarn laying on a package. It also describes mathematical equations related to various modes of winding, including random, precision and step precision winding, and focuses on fundamental aspects to be taken into consideration for building a winding package according to its end use applications. Fundamentals of yarn winding is written with a broader perspective so as to be a useful reference for a wider segment of the textile industry.

CONTENTS Winding as a weaving preparatory process; Basics of package building; Principles of winding systems; Winding package parameters; Yarn tension during winding; Yarn clearing and clearing devices; Package driving and yarn traversing; Winding package faults and remedies.

The frst chapter examines various types of power drives used in textile machinery. The second chapter discusses types of gears. The third chapter deals with the design aspect of cone drums used in spinning machines.

Improving Comfort in Clothing

The fnal part of the book focuses on energy calculations in textile machines, frictional forces and their calculation, clutches and brakes. CONTENTS Part 1 Mechanics of textiles machinery: Belt and rope drives; Gears; Design of cone drums in spinning; Types of cams in textile and their design; Equations of motion and textile application; Equations of motion and textile application; Energy, Force and moments in textile machines; Friction in textile machines; Clutches and brakes; Sley movement; Mechanics of shedding motion in weaving; Loom tappet drives; Analysis of shuttle movement in weaving; Kinetics of shuttle picking.

Part 2 Calculations of motion in textile machinery: Fundamentals of motion in textile machinery; Calculations in fbre testing; Calculations in the spinning process; Calculations in yarn testing; Calculations in weaving preparatory; Calculations in the weaving process; Calculations in the knitting process; Calculations in fabric testing; Statistics for quality control. Chapters discuss the impact of yarn parameters on spinning and the causes of quality and other problems related to spinning.

CONTENTS Introduction to quality management; Product quality objectives; Impact of yarn parameters at customers end; Reasons for poor quality in spinning; Normal problems and non-conformities process wise; Normal complaints from customers; Process control studies; Control points and check points; Role of technicians in quality management.

Part 2 Advances in particular yarn spinning technologies: Developments in ring spinning; Siro and solo spinning of yarns; Compact spinning technology for yarns; Rotor spinning of yarns; Friction spinning of yarns; Air-jet spinning of yarns; Hollow spindle spinning of yarns; Self-twist spinning of yarns; Minimizing fbre damage caused by spinning; Spin fnishes for textiles. Part 2 Types of technical yarns: Novel technical textile yarns; Coatings for technical textile yarns; Engineering fner and softer textile yarns; Electro-conductive textile yarns; High modulus, high tenacity yarns; Shape memory polymer yarns; Plasma-treated yarns for biomedical applications; Technical sewing threads; Sustainable textile yarns; Yarn and fancy yarn design using three-dimensional computer graphics and visualization techniques.

Progression air-jet spinning Textile Progress: Volume No. The frst part of the book reviews the main types of natural and synthetic fbres and their properties. Part two provides a systematic review of the key processes involved frst in converting fbres into yarns and then transforming yarns into fabrics.

Part three discusses the range of range of fnishing techniques for fabrics. The fnal part of the book looks specifcally at the transformation of fabric into apparel, from design and manufacture to marketing. With contributions from leading experts in their felds, this major book provides the defnitive one-volume guide to textile manufacture. Part 2 Manufacturing textiles: Fibre to yarn: An introduction; Fibre to yarn: Staple yarn spinning; Fibre to yarn: Filament yarn spinning; Yarn to fabric: An introduction; Yarn to fabric: Weaving; Yarn to fabric: Knitting; Yarn to fabric: Nonwoven fabrics; Yarn to fabric: Specialist fabric structures; Yarn to fabric: Intelligent textiles; Fabric fnishing: An introduction; Fabric fnishing: Joining fabrics and fastenings; Fabric fnishing: Textile wet processing; Fabric fnishing: dyeing and colouring; Fabric fnishing: Printing textiles; Applications of textile products; Sustainable textile production.

Part 3 Developing textile products: The case of apparel: Fashion and culture; Design techniques for apparel; Computer assisted design CAD and computer-assisted manufacture CAM of apparel and other textile products; Garment manufacture; Adding functionality to garments; The marketing of fashion; Care of apparel products. Braiding produces a wide range of structures for technical textile applications from medical sutures to cables for anchoring ships. Written by one of the worlds leading experts in the feld, the book reviews the basic principles, design and processes used in braiding. The book also discusses specialised braiding techniques such as spiral braiding and lace technology.

The book also discusses the applications and benefts of ANN in various aspects of textile manufacturing processes, such as spinning, weaving, chemical processing, polymer processing, apparel manufacturing, technical textiles and effuent treatment. This book reviews fbre types used in these materials, manufacturing processes, structure and physical properties.

It also reviews applications in such areas as absorbent hygiene products e. CONTENTS Introduction to composite non-wovens; Fibre types for composite non-wovens; Design and manufacturing processes; Structure of composite non-wovens; Physical properties of composite non-wovens; The use of composite non-wovens in absorbent hygiene products; The use of composite non-wovens in wipes; The use of composite non-wovens in healthcare products. Published in association with The Textile Institute pages x mm 6 x 9 hardback Q2 ISBN: 0 5 E-ISBN: 0 0 Process control and yarn quality in spinning G Thilagavathi and T Karthik, PSG College of Technology, India Process control and yarn quality in spinning outlines the concepts of raw material selection, control of various process parameters to optimise the process conditions, and analysis and interpretation of various types of test reports to fnd out the source of fault.

Chapters also discuss count and strength variation, yarn evenness and imperfections, and control of productivity. Real time examples and case studies are also presented. CONTENTS Scope for process and quality control in spinning; Statistical techniques in quality control; Cotton fbre selection and bale management; Yarn realization and waste control; Control of neps and fbre rupture; Count and strength variation; Yarn evenness and imperfections; Analysis of yarn faults and package defects; Control of productivity; Examples and case studies.

This book provides comprehensive information about quality control in processing of knits and testing of processed knit fabrics. It also covers processing of knitted apparels, including preparatory processes, colouration and fnishing.

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It includes critical comparisons between various industrial concepts, practices and processes of winding, warping and sizing. Weaving preparatory machine manufacturers have registered remarkable developments and innovations in this feld and this book covers all the latest developments in this area. It is also essential to know the purpose of all the mechanisms of the chosen type of weaving machine.

In reviewing these issues, Mechanisms of fat weaving technology provides an important reference for both weaving specialists and students. CONTENTS Introduction: Classifcation and mechanisms of weaving machines; Mechanisms of the weaving machine for warp release and warp tension control; Warp shedding in weaving: Parameters and devices; The supply of weft on the weaving machine; Weft insertion; Woven fabric formation: Principles and methods; Mechanisms for woven fabric take-up; Safety devices on weaving machines; The weaving machine drives: Mechanisms and types; Weaving machine parameters for specifc woven fabric structures; Control of woven fabric quality: Defects and quality assurance of grey fabrics; Movement of raw materials and fnished fabrics in weaving manufacture.

CONTENTS Textile technology and need for statistics in textiles; Statistics and the basic terminology used in statistics; Classifcation and graphical representation of the data; Measures of central tendency; Partition values and its use; Measures of dispersion and their importance; Skewness and kurtosis of the frequency distribution and their interpretations; Study of bivariate data using correlation and regression; Study of the multivariate data using multiple and partial correlation and the multiple regression; Probability theory; Probability distribution of the random variables; Standard discrete distributions; Standard continuous distributions; Testing of hypothesis; Estimation; Analysis of variance ANOVA ; Design of experiments; Statistical quality control SQC.

Innovative jacquard textile design using digital technologies is a unique guide to the fundamental design principles, techniques and applications resulting from this important progression. Beginning with an authoritative introduction to jacquard textile design, the book goes on to give an overview of the development of jacquard fabrics and design.

Principles and methods of digital jacquard textile design are considered alongside structural digital design. Colourless and colourful digital design of jacquard textiles are explored, before the book concludes with a discussion of applications, current issues and future trends in digital jacquard textile design.

CONTENTS Introduction to jacquard textile design; The development of jacquard fabrics and textile design methods; Principles and methods of digital jacquard textile design; Structural digital design of jacquard textiles; Colourless and colourful digital design of jacquard textiles; Digital design of novel simulative effects in jacquard textiles; Digital design of shot-effect and double-face effect jacquard textiles; Applications of digitally-designed jacquard textiles; Current issues and future trends in digital jacquard textile design.

Published in association with The Textile Institute pages x mm 6 x 9 hardback ISBN: 1 2 E-ISBN: 0 2 Woven fabric structure design and product planning J Hayavadana, Osmania University, India Woven fabric structure design and product planning provides a comprehensive review of various types of weaves and their production in the weaving process. This book discusses the weaving preparation and the type of yarns used in warp and weft directions and explains the need and use of special yarns, such as fancy yarns and yarns prepared on modern spinning systems.

It is the frst time both elementary and advanced fabric design is dealt with in an in-depth analysis. The book also includes general subjects like ornamentation of plain cloth, fabric engineering and fabric structure. A Woodhead Publishing India title pages x mm 6 x 9 hardback Q1 ISBN: 0 6 E-ISBN: 0 6 Work quality management in the textile industry B Purushothama, Textile Consultant, India Textile manufacturing companies try to achieve quality and productivity by installing the latest technology and paying large salaries to those in the top level of the organization, but do not address the basic requirements of clean administration, improving the quality of work, or developing harmony among staff.

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Management can often get carried away by short term plans as they can look lucrative and therefore fail to make any effort to make the base stronger. Work quality management in the textile industry attempts to explain the importance of maintaining work quality which helps the industry to achieve stability and longer term results. Part 2 Process control in fbre production and yarn manufacture: Process and quality control in cultivating natural textile fbres; Process control in the manufacturing of synthetic textile fbres; Process control in blowroom and carding operations; Process control in drawing, combing and speed frame operations; Process control in ring and rotor spinning; Maintenance of yarn spinning machines.

Part 3 Process control in fabric manufacture, colouration and fnishing: Process control in knitting; Process control in weaving; Process control in nonwoven production; Process control in dyeing of textiles; Process control in printing of textiles; Process control in fnishing of textiles; Process control in apparel manufacturing. Part 2 Woven structures: Woven structures and their characteristics; Computer assisted design CAD systems for woven textile design; Modelling the structure of woven fabrics; 3D woven structures and methods of manufacture.

Part 3 Applications of woven textiles: Woven textiles for automotive interiors and other transport applications; Woven apparel fabrics; Woven fabrics for geotextiles; Hollow woven fabrics; Woven textiles for medical applications. Part 2 Modelling and simulation of textiles and garments: Key techniques for 3D garment design; Modelling and simulation of fbrous yarn materials; Digital technology and modelling for fabric structures; Modelling ballistic impact on textile materials; Modelling and simulation techniques for garments.

Part 3 Computer-based technology for apparel: Human interaction with computers and its use in the textile apparel industry; 3D body scanning: Generation Y body perception and virtual visualization; Computer technology from a textile designers perspective; Digital printing technology for textiles and apparel; Approaches to teaching computer-aided design CAD to fashion and textiles students; Three-dimensional 3D technologies for apparel and textile design; Integrated digital processes for design and development of apparel.

Part 2 Advances in knitting: Intelligent yarn delivery systems in weft knitting; Advances in warp knitted fabric production; Weft knitted structures for industrial applications; Advances in circular knitting; Knitted fabric composites; Quality control in the knitting process and common knitting faults. Part 3 Case studies: Advanced knitted products: Womens apparel: Knitted underwear; Knitted structures for sound absorption; Weft knitted structures for moisture management.

Part 2 Soft computing in yarn manufacturing: Artifcial neural network in yarn property modeling; Performance evaluation and enhancement of artifcial neural network in prediction modeling; Yarn engineering using artifcial neural network; Adaptive neuro-fuzzy systems in yarn modeling.

Part 3 Soft computing in fabric manufacturing: Woven fabric engineering by mathematical modeling and soft computing methods; Soft computing applications in knitting technology; Modelling nonwovens using artifcial neural networks. Part 4 Soft computing for textile properties and applications: Garment modelling by fuzzy logic; Soft computing applications for sewing machines; Artifcial neural network modeling for prediction of thermal transmission properties of woven fabrics. Part 5 Soft computing in textile quality evaluation: Fuzzy decision making and its applications in cotton fbre grading; Silk cocoon grading by fuzzy expert systems; Artifcial neural network applications in textile composites; Modelling the fabric tearing process; Textile quality evaluation by image processing and soft computing techniques.

Part 2 Nonwoven applications: Flame retardant nonwovens; Nonwoven personal hygiene materials and products; Nonwovens for consumer and industrial wipes; Nonwovens in specialist and consumer apparel; Nonwoven textiles for residential and commercial interiors; The use of nonwovens as fltration materials; Nonwoven textiles in automotive interiors.

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