subjectId	Discipline Name	Subject Name	Coordinators	Type	Institute	Content
116102006	Textile Engineering	High Performance and Specialty Fibres	Dr. Manjeet Jassal	Web	IIT Delhi	Select Introduction Classification and Developments Aramids Other rigid rod polymers such as PBZT, PBO, PBI. Melt spun wholly aromatic polyester Manufacturing of carbon fibres Gel Spun pe fibres Thermally resistant fibres Chemically resistant fibres Glass fibre Ceramic fibre Elastomeric fibre Lyocell fibres Stimuli responsive and Smart textiles Biodegradable fibres based on PLLA Absorbent Fibres Non circular/ hollow fibres Bicomponent and other specialty fibres Electrospun Nanofibres
116102008	Textile Engineering	Knitting Technology	Prof. P.K. Banerjee	Web	IIT Delhi	Select 1.1 Basic concepts 1.2 The process of loop formation 2.1 Plain or single jersey 2.2 The Rib construction 2.3 The Purl construction 2.4 The Interlock Construction 2.5 Conventions for representation of constructions 3.1 The Primary Knitting Elements 3.2 Sequence of loop formation 4.1 Relation between Machine Gauge and Yarn Count 4.2 Control of loop length 4.3 Productivity of knitting machine 4.4 Quality of knitting yarn 4.5 Common fabric defects 5.1 Geometry of a loop 5.2 Some useful relations Appendix 6.1 Broad classification 6.2 The tricot machine 6.3 The Raschel machine 7.1 Convention for representation of constructions 7.2 Single bar warp knit constructions 7.3 Multibar warp knit constructions 8.1 Compound needle on tricot machine 8.2 Latch needle on single bed Raschel 8.3 Latch needle on double bed Raschel 9.1 Pattern disc 9.2 Pattern chain 9.3 Electronic shogging 10.1 Single bed structure 10.2 Double bed structures 11.0 Multiaxial warp knitting 12.0 Advantages of warp knitting process vis-a-vis other fabric manufacturing processes
116102012	Textile Engineering	Mechanics of Textile Machinery	Dr. R.S. Rengasamy	Web	IIT Delhi	Select 1.1 INTRODUCTION TO DRIVES 1.2 PRIMARY MACHINE ELEMENTS 1.3 SPECIAL PURPOSE DRIVES 1.4 DEVICES 2.1 INTRODUCTION 2.2 FLAT BELT DRIVE 2.3 ANALYSIS OF FLAT BELT TENSIONS 2.4 POSITIONS OF SLACK AND TIGHT SIDES OF BELT 2.5 MAXIMIZING THE POWER TRANSMISSION 2.6 GEOMETRICAL RELATIOSHIPS IN BELT DRIVES 2.7 SELECTION OF BELT AND PULLEY DIAMETER 2.8 REVERSING DRIVES WITH FLAT BELTS 2.9 FLAT BELT WITH OUT OF PLANE PULLEYS 2.10 CLUTCHING ACTION WITH FLAT BELT 2.11 APPLICATIONS OF FLAT BELTS 2.12 V BELT DRIVES 2.13 CONSTRUCTION OF V BELT 2.14 FORCE ANALYSIS IN V BELT 2.15 APPLICATIONS OF V BELTS 2.16 ROUND BELTS 2.17 TOOTHED BELT DRIVES 2.18 TAPES 2.19 VARIABLE SPEED DRIVES 2.20 ADJUSTMENT OF BELT TENSIONS 2.21 COMPARISON OF BELT DRIVES 3.1 INTRODUCTION 3.2 CONSTRUCTION OF ROLLER CHAIN 3.3 CLASSIFICATION OF CHAINS 3.4 LUBRICATION OF ROLLER CHAINS 3.5 CHAIN TENSION AND BENDING FORCE ON SHAFT 3.6 GEOMETRICAL RELATIONSHIPS IN CHAIN DRIVE 3.7 POLYGONAL EFFECT IN CHAIN DRIVES 3.8 CHARACTERISTICS OF CHAIN DRIVES 3.9 APPLICATIONS OF ROLLER CHAINS 4.1 INTRODUCTION 4.2 DESIGN ASPECTS OF SPUR GEAR 4.3 CONJUGATE ACTION 4.4 GENERATION OF INVOLUTE ON A CYLINDER 4.5 INVOLUTE PROFILE OF GEAR TEETH 4.6 CONSTRUCTION OF INVOLUTE GEAR TOOTH 4.7 CONTACT RATIO 4.8 PRESSURE ANGLE 4.9 INTERFERENCE IN GEARS 4.10 ELIMINATION OF INTERFERENCE 4.11 EFFECT OF INTERFERENCE ON PERIODIC FAULTS IN FIBRE ASSEMBLIES 4.12 BACK LASH IN GEARS 4.13 INTERNAL GEARS 4.14 RACK AND PINION 4.15 FORCE ANALYSIS IN SPUR GEAR 4.16 FACE WIDTH OF GEAR 4.17 LUBRICATION OF GEARS 5.1 HELICAL GEARS 5.2 PARALLEL HELICAL GEARS 5.3 GEOMETRY OF HELICAL GEARS 5.4 FORCE ANALYSIS IN HELICAL GEARS 5.5 THRUST LOADS IN PARALLEL HELICAL GEARS 5.6 CROSSED HELICAL GEARS 5.7 HERRINGBONE GEARS 5.8 APPLICATIONS OF PARALLEL HELICAL GEARS 5.9 APLICATIONS OF CROSSED HELICAL GEARS 5.10 BEVEL GEARS 5.11 STRAIGHT BEVEL GEARS 5.12 SPIRAL BEVEL GEARS 5.13 HYPOID BEVEL GEARS 5.14 MITER AND ANGULAR BEVEL GEARS 5.15 APPLICATIONS OF BEVEL GEARS 5.16 WORM GEARS 5.17 TERMINOLOGY OF WORM GEARS 5.18 CLASSIFICATION OF WORM GEARS 5.19 APPLICATIONS OF WORM GEARS 6.1 GEAR TRAIN 6.2 CLASSIFICATION OF GEAR TRAINS 6.3 SIMPLE GEAR TRAIN 6.4 COMPOUND GEAR TRAIN 6.5 REVERTED GEAR TRAIN 6.6 EPICYCLIC/ PLANETARY GEAR TRAIN 6.7 VELOCITY RATIO OF EPICYCLIC GEAR TRAIN 6.8 EPICYCLIC GEAR TRAIN WITH TWO DEGREES OF FREEDOM 6.9 EPICYCLIC GEAR TRAINS ON ROVING MACHINE 6.10 EPICYCLIC GEAR TRAIN ON COMBING MACHINE 7.1 CONE PULLEYS ON ROVING MACHINE 7.2 DESIGN ASPECTS OF CONE PULLEYS 7.3 STEPS TO DESIGN CONE PULLEYS 7.4 HYPERBOLIC CONE PULLEYS 7.5 STRAIGHT CONE PULLEYS 7.6 CONE PULLEYS FOR PIANO-FEED REGULATION 8.1 INTRODUCTION 8.2 MATERIAL PROPERTIES 8.3 FACTOR OF SAFETY AND ALLOWABLE STRESS 8.4. STRESS-STRAIN RELATIONSHIPS OF MATERIALS 8.5 DESIGN OF TRANSMISSION SHAFT 8.6 DESIGN OF SHAFT AGAINST STATIC LOAD 8.7 MAXIMUM SHEAR STRESS THEORY OF FAILURE IN DESIGN OF SHAFTS 8.8 DESIGN OF SHAFT USING A.S.M.E CODE 8.9 DESIGN OF SHAFT FOR TORSIONAL RIGIDITY 8.10 DESIGN OF SHAFTS FOR LATERAL RIGIDITY 8.11 DESIGN OF BOTTOM-DRAFTING ROLLERS 8.12 DESIGN OF BOTTOM-DRAFTING ROLLER AGAINST TORSIONAL RIGIDITY 8.13 DESIGN OF BOTTOM-DRAFTING ROLLER AGAINST LATERAL RIGIDITY 9.1 INTRODUCTION 9.2 CLUTCHES 9.3 MECHANICAL LOCKUP CLUTCHES 9.4 APPLICATIONS OF MECHANICAL CLUTCHES 9.5 FRICTION CLUTCHES 9.6 SINGLE FRICTION DISK CLUTCH 9.7 MULTI DISK FRICTION CLUTCH 9.8 CONE CLUTCHES 9.9 CENTRIFUGAL CLUTCHES 9.10 MATERIALS FOR FRICTION LINING 10.1 INTRODUCTION 10.2 MECHANICAL OR FRICTION BRAKES 10.3 BLOCK BRAKE WITH SHORT SHOE 10.4 PIVOTED BLOCK BRAKES WITH LONG SHOE 10.5 INTERNAL EXPANDING BRAKE 10.6 BAND BRAKES 10.7 DISK BRAKES 10.8 NON-FRICTION TYPE CLUTCHES AND BRAKES 10.9 DISC CLUTCH AND DICS BRAKE COMBINATION 11.1 INTRODUCTION 11.2 SLIDING CONTACT OR BUSH BEARINGS 11.3 LUBRICATION IN BUSH BEARINGS 11.4 POWER LOSS IN BUSH BEARING 11.5 COEFFICIENT OF FRICTION IN BUSH BEARINGS 11.6 OIL-GROOVES IN BUSH BEARINGS 11.7 ROLLING CONTACT BEARINGS 11.8 BALL BEARINGS 11.9 TYPES OF BALL BEARINGS 11.10 BALL BEARINGS IN TEXTILE MACHINES 11.11 ROLLER BEARINGS 11.12 MATERIALS OF BEARING 11.13 STATIC LOAD CAPACITY OF BALL BEARING 11.14 DYNAMIC LOAD CARRYING CAPACITY 11.15 EQUIVALENT BEARING LOAD 11.16 BEARING LOAD AND LIFE 11.17 COMPARISON OF BEARINGS 12.1 INTRODUCTION 12.2 CLASSIFICATIONS OF CAM MECHANISMS 12.3 CAM DEVICE FOR COP BUILDING IN RING SPINNING MACHINE 12.4 CAM DEVICE FOR SHIFTING OF BELT ON STRAIGHT CONE PULLEYS IN ROVING MACHINE 13.1 UNBALANCE 13.2 CAUSES OF UNBALANCE 13.3 PRODUCTION AND FIELD BALANCING 13.4 MEASURES OF UNBALANCE 13.5 STATIC BALANCING 13.6 STATIC UNBALANCE 13.7 QUASI-STATIC UNBALANCE 13.8 COUPLE UNBALANCE 13.9 COUPLE UNBALANCE IN CARD CYLINDER 13.10 DYNAMIC UNBALANCE 13.11 DYNAMIC UNBALANCE IN AN OPENING ROLLER 13.12 DYNAMIC UNBALANCE IN A GROOVED WINDING DRUM 13.13 PLANE TRANSPOSITION 13.14 BALANCING OF A CYLINDER 13.15 TRIAL WEIGHTS 13.16 RUN OUT 13.17 UNBALANCE DUE TO ECCENTRICITY IN MOUNTING THE SHAFT 13.18 UNBALANCE DUE TO NONUNIFORM MASS DISTRIBUTION 13.19 DYNAMIC BALANCING OF SINGLE PLANE ROTOR 13.20 DYNAMIC BALANCING OF MULTI-PLANE ROTOR 13.21 DYNAMIC AND STATIC BALANCING 13.22 PRACTICAL ASPECTS OF BALANCING
116102014	Textile Engineering	Nonwoven Technology	Dr. Dipayan Das	Web	IIT Delhi	Select 1.1 Nonwovens: What are they? 1.2 Nonwovens: How do they look like? 1.3 Nonwovens: How are they created? 2.1 Fibre preparation processes 2.2 Staple fibre web formation processes 3.1 Mechanical Bonding Processes 3.2 Thermal Bonding Processes 3.3 Chemical Bonding Processes 4.1 Spunbond technology 4.2 Meltblown technology 5.1 Introduction 5.2 Mechanical finishing 5.3 Chemical finishing 1.4 References and Sources of further information 2.3 References and Sources of further information 3.4 References and Sources of further information 4.3 References and Sources of further information 5.4 References and Sources of further information
116102010	Textile Engineering	Manufactured Fibre Technology	Prof. Ashwini Kumar Agrawal	Web	IIT Delhi	Select Polymers and Polymerization what are Polyamides? Polymerization of Nylon-6 Conditions of polymerization of nylon-6 Polymerization of Nylon6,6 Introduction and melt spinning line Melt Rheology: Shear Flow Melt Rheology- Elongational fluid flow Spinnability Melt spinning concepts- Thermodynamics Melt spinning concepts: Fluid dynamics Melt spinning concepts: Rate of momentum balance Melt spinning concepts: Heat balance Spinning at low speeds Spinning at high speeds Spinning POY and FDY Spinning behaviour of PET, Nylon-6 and PP Introduction to solution spinning Solution spinning: Rheology Spinnability in solution spinning Mechanics of Spinning and its limiting effects Kinetics of solution spinning Thermodynamics of solution spinning Mechanism for development of morphology of protofiber Construction of phase diagrams Effect of polymer modification on morphology of protofibers Dry-Jet wet spinning Introduction to drawing Drawing Machines Neck drawing Effect of drawing parameters Structure development during drawing Drawing of nylon-6 Drawing of PET Instabilities in drawing Heatsetting Synthesis of Modified Polyamides (nylon 6) Polyesters Side Reactions in melt PET polymerization Solid state polymerization
116102017	Textile Engineering	Shuttleless Weaving	Prof. P.K. Banerjee	Web	IIT Delhi	Select Drawbacks of a conventional shuttle loom Basic principle of the unconventional shuttleless system 3.1 : Partially guided solid carrier 3.2 : Fully guided solid carrier 3.3 : Basic concepts of fluid carrier Machine drive and power consumption Drive to sley Fabric selvedge Productivity and fabric quality Application of Electronics Application of Composite Materials QSC and Automation in Drawing-in 11.1 : The Modern Cone Winder 11.2 : The modern warper Noise generation Techno-Economics Appendix-I Appendix-II Appendix-III 11.3 : Modernization in Sizing
116102019	Textile Engineering	Quality Control in Textile Industry	Dr. Dipayan Das	Web	IIT Delhi	Select Introduction to Quality Introduction to Quality Control Random Variable Continuous Random Variable Normal Distribution Practical Example Discrete Random Variable Binomial Distribution Poission Distribution Sampling Technique Point Estimation of Population Parameters Interval Estimation of Population Parameters Testing of Hypothesis Introduction Basics of Shewhart Control Charts Shewhart Control Charts for Variables Shewhart Control Charts for Attributes Process Capability Analysis : Introduction Techniques for Process Capability Analysis Measures of Process Capability Analysis Inferential Properties of Process Capability Ratios Introduction : Non-Shewhart Control Charts Cusum Control Chart MA Control Chart EWMA Control Chart Introduction : Acceptance Sampling Techniques Acceptance Sampling of Attributes Acceptance Sampling of Variables What is Six Sigma? Six Sigma Quality Themes of Six Sigma Implementation of Six Sigma Process of Problem Solving Using Six Sigma Case Studies Terminologies and Definitions
116102029	Textile Engineering	Textile Testing	Dr. Apurba Das	Web	IIT Delhi	Select Reasons for Textile Testing Standardization of Testing Terms used in sampling Reasons for sampling Aim of sampling Types of samphtm Fibre sampling from bulk Fiber Sampling from Combed Slivers/Rovings/Yarns Random / tuft samphtm Yarn and fabric Sampling Why fibre length? Measurement of Individual Fibre Length:Cotton fibre length WOOL FIBRE LENGTH - Capacitive Method Importance of Fiber Fineness Influence of Fibre Fineness and Maturity on Spinning Process Methods of Measurement Introduction of AFIS system Construction and operation of instrument Data Analysis AFIS Applications The basics and background Advantages Atmospheric Conditions and Relative Humidity Measurement of Moisture Importance of Hairiness Causes of Hairiness Significance & Adverse of Hairiness Measurement of Hairiness Yarn Bulk Introduction Types of Irregularity Causes of irregularity Expression of Unevenness Or Irregularity Classification of Variation Importance of yarn evenness Effects of irregularity Methods of Measuring Yarn Evenness Importance of Testing Terminology and Definitions Stress-Strain Curve Factors affecting tensile results Principles of Tensile Testing Introduction of tearing strength Factors affecting tear strength Measurement of fabric tearing strength Fabric Bursting Strength Measurement of Fabric Bursting Strength Pilling Testing Measurement of fabric pilling Pilling test by Martindale Abrasion Tester Bending Shearing Drape Compression KAWABATA EVALUATION SYSTEM OF FABRIC KESF FAST SYSTEM FABRIC ASSURANCE BY SIMPLE TESTING What is comfort ? Important fabric properties for maintaining thermal comfort Measurement MISCELLANEOUS Special Testing Crease Recovery Introduction to Yarn twist Twist effects on yarn and fabric properties Measuring Yarn twist Linear Density Measurement of yarn number or count Folded yarns
116102034	Textile Engineering	Theory of Yarn Structures	Prof. Bohuslav Neckar	Video	IIT Delhi	Select Fibers and Yarns : Terms Definitions and Relations Fibers and Yarns : Terms, Definitions and Relations Compression of Fibrous Assemblies Compression of Fibrous Assemblies contd. Pores Among Fibers Pores Among Fibers Contd... Orientation of Fibers Orientation of Fibers Contd. Mechanics of Parallel Fiber Bundles Mechanics of Parallel Fiber Bundles Contd. Modelling of Internal Yarn Geometry Modeling of Internal Yarn Geometry Relations Among Yarn Count T, Twist Z, Packing Density, And Diameter D Relations Among Yarn Count T, Twist Z, Packing Density, And Diameter D Contd.. Relations Among Yarn Count T, Twist Z, Packing Density, And Diameter D Contd... Relations Among Yarn Count T, Twist Z, Packing Density, And Diameter D Contd.... Bundle Theory of Yarn Unevenness Bundle Theory of Yarn Unevenness Contd. Yarn Strength as a Stochastic Process Yarn Strength as a Stochastic Process Contd..
116102038	Textile Engineering	Yarn Manufacture - II	Prof. R. Alagirusamy	Web	IIT Delhi	Select Introduction to Combing Factors affecting combing Preparation for combing Combing Operation Sliver formation Automation in Combing Theory of Noil Extraction Introduction to Roving Operation Operating regions of roving frame Builder Mechanism-Part I Builder Mechanism-PartII Quality Aspects in Roving Operation Developments in Roving frames Process Control in Combing Introduction to Ring Spinning Frame Ring frame machine parts-I Ring frame machine parts-II Drive system Ring and Traveller Accessories Automation Latest Development in Ring Frame Yarn Tension in Ring Spinning Spinning Balloons Structure of Ring Frame Yarn Packages Yarn Twist Compact spinning Yarn Structure Process Control in Ring Spinning Open-End Spinning Rotor Spinning-I Rotor Spinning-II Friction Spinning Air Jet Spinning Yarn Doubling Two-For-One Twisters Plied Yarn Characteristics Fancy Yarns Forces acting on the traveller Vortex Spinning Introduction to New Spinning Technologies Other Spinning Systems
116104044	Textile Engineering	Natural Dyes	Dr. Padma S Vankar	Video	IIT Kanpur	Select Lecture-01 Natural Dyes Lecture-02 Natural Dyes Lecture-03 Natural Dyes Lecture-04 Natural Dyes Lecture-05 Natural Dyes Lecture-06 Natural Dyes Lecture-07 Natural Dyes Lecture-08 Natural Dyes Lecture-09 Natural Dyes Lecture-10 Natural Dyes Lecture-11 Natural Dyes Lecture-12 Natural Dyes Lecture-13 Natural Dyes Lecture-14 Natural Dyes Lecture-15 Natural Dyes Lecture-16 Natural Dyes Lecture-17 Natural Dyes Lecture-18 Natural Dyes Lecture-19 Natural Dyes Lecture-20 Natural Dyes Lecture-21 Natural Dyes Lecture-22 Natural Dyes Lecture-23 Natural Dyes Lecture-24 Natural Dyes Lecture-25 Natural Dyes Lecture-26 Natural Dyes Lecture-27 Natural Dyes Lecture-28 Natural Dyes Lecture-29 Natural Dyes Lecture-30 Natural Dyes Lecture-31 Natural Dyes Lecture-32 Natural Dyes Lecture-33 Natural Dyes Lecture-34 Natural Dyes Lecture-35 Natural Dyes Lecture-36 Natural Dyes Lecture-37 Natural Dyes Lecture-38 Natural Dyes Lecture-39 Natural Dyes Lecture-40 Natural Dyes
116104045	Textile Engineering	Textile Effluent and its Management	Dr. Padma S Vankar	Web	IIT Kanpur	Select Textile Effluent �An Introduction Textile Processing Chemistry Pollution Control at Mill Stage Standards for textile effluent Techniques for effluent treatment Membrane Technology Biomass Based Technologies EFFLUENT TESTING EFFLUENT QUALITY ASSURANCE PROGRAMME Data Collection and Audit Preparation Sizing and DesizingTechnology DesizingEffluent TreatmentRecycle of Textile DesizingEffluents Biological Treatment of DesizingEffluents Microfitration Ultrafiltration Nanofiltration Reverse Osmosis Electro coagulation Enzymatic decolourization Color removal technologies Effluent Treatment?A Case Study Process house effluent treatment Details of Dye Houses Ultrafiltrationof DesizingEffluents Solid waste managementfrom textile mills Activated Carbon treatment for Textile Effluents Chemical precipitation of textile effluents Anaerobic digestion of textile effluents Chemically Enhanced Primary Treatment of Textile Effluents Secondary Treatment of textile effluents Tertiary treatment of textile wastewater Ecofriendly Processing to minimize textile effluent Textile effluent treatment with roots of Weeds Sludge Treatment process from textile effluents Textile Sludge Incineration Dye binding properties from Textile effluents New Methods of Textile waste water treatment Photo electrocatalyticdecolorizationof textile effluentusing ZnOthin films Phyto-remediation of mixture of dyes in textile effluents Government Regulations forEffluents
116104046	Textile Engineering	Natural Dyes	Dr. Padma S Vankar	Web	IIT Kanpur	Select History of natural dyes Light color and different dyestuff Classification of Natural dyes Relation between Color and Constitution Toxicity of Natural dyes Synthetic dyestuff vs Natural dyestuff Oxidation of Colors Medicinal Properties of Natural dyes Fundamentals of evaluation of dyestuff Selection of Plant sources for dye extraction Methods of Extraction of dyes Standardization of Vegetable dyes Ecofriendiness testing of Natural dyes Green Chemistry Pretreatments Mordanting in Natural dyeing Preparation of cloths for Dyeing Basics of Natural Dyeing Natural dyeing Natural dyeing of Cotton and Silk Wool dyeing Fastness properties Assessment Dissemination of natural dyeing Dyeing Machines Vat Dyes Anthraquinoid- Maddar Anthocyanin dyeing �Hibiscus Anthocyanin dyeing Carotenoids- Delonix Flavonoid-Eclipta Metal complex Dyes Dyeing of polyester and its blends Dyeing of Polyamide fibres Dyeing of Acrylic fibers Dyeing with Azoic dyes Dyeing application of reactive dyes Dyeing application of Sulphur dyes Acid �Base Indicator-Rose Dye sensitive solar cells Fluorescent Brightening agents