Course Code Course Title T P C ECTS - Anasayfa · Course Code Course Title T P C ECTS TEM 533 Textile Composite Production Methods 3 0 7.5 7.5 Course Description: Definition, basic

Term: Fall Term

Course Code Course Title T P C ECTS

TEM 501 Engineering Mathematics 3 0 3 7.5

Course Description:

Matrices and linear equations, differential calculus, problems, simple differential calculus, partial differential calculus, characterization method

Term: Fall Term


TEM 503 Textile Mechanics - I 3 0 7.5 7.5

Course Description:

Basic geometry of twisted yarns, the fiber orientation in yarns, fiber migration, the formation of twist, twist theory, the theory of fiber extension, the analysis of large extensions, the estimation of break.

Term: Fall Term


TEM 509 Man-Made Fiber Production Techniques 3 0 7.5 7.5

Course Description:

Man-made fibre production technologies in textile industry, the stages of industrial progress, Wet spinning, melt spinning, other spinning methods, applications, characteristics

Term: Fall Term


TEM 511 Dye and Colour Chemistry 3 0 7.5 7.5

Course Description:

Relationship between chemical structure and color, synthetic structure of dyestuff, Electronic mechanism of reactive dyestuff, chemical reaction between the effects of dyes, light and washing on chemical reaction

Term: Fall Term


TEM 513 Color Science 3 0 7.5 7.5

Course Description:

Optical properties of textile materials, light and light sources, mechanism of colorful vision, Color collections and systems, software in computer controlled color measurements, use and application of color measurement in textiles

Term: Fall Term


TEM 515 Advanced Yarn Techniques 3 0 7.5 7.5

Course Description:

Release of latest news about the latest developments in yarn technologies, air jet, vortex and friction yarn production systems and technologies, comparison of yarn properties with the yarns produced with the classic systems, yarn and machine parameters affecting the yarn quality, fantasy yarns

Term: Fall Term


TEM 517 Complex Warp Knitted Fabrics And Their Technical Textile Applications

3 0 7.5 7.5

Course Description:

Introduction to warp knitting technology, Warp knitted fabrics and their properties, Warp knitted fabric geometry and loop models, Technical applications of knitted fabrics, Geotextile applications of knitted fabrics, Medical applications of knitted fabrics, Electrical and military applications of knitted fabrics, 3D warp-knitted spacer fabrics, Biaxial yarn inserted knitted fabrics, Multiaxial warp-knitted fabrics

Term: Fall Term


TEM 519 Development and Design of Textile Products 3 0 7.5 7.5

Course Description:

Product development concept, identification of requirements, product development for the application areas needed, steps in product design, functions and design limitations, optimization of process-design relationships, performance estimation of newly developed products

Term: Fall Term


TEM 521 Textile Testing and Analysis 3 0 7.5 7.5

Course Description:

Textile test methods, design of test specimen, the statistical effect of specimen size on measurements, analysis of textile examinations, standardization, fiber-yarn-fabric relation,design of tests and their harmonization

Term: Fall Term


TEM 523 Special Topics in Woven Fabric Design 3 0 7.5 7.5

Course Description:

Jacquard systems, special effects in jacquard weaving, double sided fabrics, software developed for the design of complex knitted fabric structures, examples for the use of software and their transfer to the textile applications

Term: Fall Term


TEM 525 Marketing Research in Textile Industry 3 0 7.5 7.5

Course Description:

Quantitative methods of market survey textiles, functions of market survey and effects of market survey on the decision of management

Term: Fall Term


TEM 527 Introduction to Ballistic Fabrics 3 0 7.5 7.5

Course Description:

Definition of ballistic fabrics, ballistic mechanics, fiber and fabric types, the characteristics of Ballistic fabrics, the fabric design and the parameters involved in the design of ballistic vests

Term: Fall Term


TEM 529 Introduction to Textile Structural Composites 3 0 7.5 7.5

Course Description:

Design and classification of textile structural composites, application areas, fiber and matrices, pre-form production techniques, composite production techniques, unit cell design techniques, structure architecture, fundamental fiber volume calculations

Term: Fall Term


TEM 531 Introduction to Textile Composite Design 3 0 7.5 7.5

Course Description:

Design principles of textile composites, macromechanical method, micromechanical analysis method, Pre-form-composites relationships from the view of properties

Term: Fall Term


TEM 533 Textile Composite Production Methods 3 0 7.5 7.5

Course Description:

Definition, basic principles and explanations, tensile structuring, fiber winding, resin transfer method, comparative performance-cost analysis

Term: Fall Term


TEM 535 Thermal Processing in Apparel Manufacturing 3 0 7.5 7.5

Course Description:

The changing of textile products’ characteristics under heat and humidity and the advantages of apparel technology as a result of this process. Thermal processes in apparel manufacturing, manufacturing technology and equipment. Fusing technology and equipment in apparel manufacturing. The optimization of energy consumptions in thermal processing.

Term: Fall Term


TEM 537 Latest Developments in Clothing Technology 3 0 7.5 7.5

Course Description:

New technologies in clothing, knitted fabric clothing, special sewing machines and their applications, the product development and analysis of clothing

Term: Fall Term


TEM 539 Computer Aided Statistics in Engineering 3 0 7.5 7.5

Course Description:

General statistics knowledge, Data arrangement and general information about data analysis, Normal distribution, t- distribution, F- distribution, Chi-square distribution, Variance analysis, Correlation analysis, Regression analysis, Introducing statistical software (Design Expert), Homeworks and Applications

Term: Fall Term


TEM 543 Science of Clothing Comfort 3 0 7.5 7.5

Course Description:

Concept of comfort, Clothing comfort and psychology, Heat transfer in textile, Comfort related fabric properties, Thermophysiolocigal comfort, Theory of fabric comfort, Dynamic heat and moisture transfer in textiles, Comfort parameters in fabrics, Measurement of clothing comfort, Functional fibers and clothing comfort

Term: Fall Term


TEM 545 Ecological Approaches in Textile Finishings 3 0 7.5 7.5

Course Description:

The impact of textile finishing to environmental pollution, decreasing of enviromental pollution in textile finishing, Main processes in textile finishing and to what extent they affect the finishing process, available techonologies for sizing, desizing, wool washing, making cotton absorbent, bleaching, mercerisation, PES dyeing, reactive dyeing, wool dyeing. New ecological developments in printing and finishing.

Term: Fall Term


TEM 547 Coating and Laminating Technology 3 0 7.5 7.5

Course Description:

Development of coated and laminated textiles and general information, Textile materials used for coating and laminating and preparation of them, Coating Materials and Preparation of these materials, Auxiliary materials used for coating and preparation of these materials, Coating techniques and machines, Usage area of coated textiles and Physical properties of coated textiles, Test methods applied to coated textiles, Materials used for laminatig, Lamination techniques, Usage area of laminated textiles and properties of laminated textiles

Term: Fall Term


TEM 549 Characteristics of Polymeric Materials 3 0 7.5 7.5

Course Description:

Term: Fall Term


TEM 551 Structure and Property Relationship in Polymers 3 0 7.5 7.5

Course Description:

Introduction to polymer chemistry, Classifications of polymers, copolymers, tacticity, Bond formation in polymers, Description of molecular weight, Thermal transition in polymers, Factors governing glass transition temperature, The mechanical properties of polymers, the relationship between the molecular structure of polymer and tensile properties, The relationship between the molecular structure of polymer and tensile and properties

Term: Fall Term


TEM 553 Digital Image Processing in Textile Researches I 3 0 7.5 7.5

Course Description:

Digital image processing applications in Textile Engineering, Image acquisition and illumination, Matlab and Matlab Image processing toolbox, Image enhancement, Fourier Transform, Edge detection methods, Color and color image processing, Segmentation, Classification,

Term: Fall Term


TEM 555 R&D and Innovation 3 0 7.5 7.5

Course Description:

Term: Fall Term


YBD 501 English-I 6 0 7.5 7.5

Course Description:

Tense Revision (Present Simple, Present Progressive, Past Simple, Past Progressive, Present Perfect Simple, Present Perfect Progressive, Past Perfect Simple, Past Perfect Progressive), Future with ''going to'', Future with ''will'', Future Progressive, Future Perfect Simple, Future Perfect Progressive, Other Possbilities, Modal/Auxiliary Verbs 1: Can/Could/Be able to, Must/Have to, Will/Would, Modal/Auxiliary Verbs 2: May/Might, Need, Shall/Should/Ought to, Dare, Nouns: Countable Nouns, Plural Nouns, Uncountable Nouns, Singular Plural, Collective Nouns, Comparisons, Participles as Adjectives, Adverbs, Order of Adverbs, Comparisons, Participles as Adjectives, Adverbs, Order of Adverbs, Infinitive with ''to'', Infinitive without ''to'', Infinitive Forms, Gerund, Gerund or Infinitive, Conditionals, Unreal Past Tenses, Suppose, As if/As though, Would rather, Had better, Wish/Hope, Passive Voice.

Term: Spring Term


TEM 500* Seminar 0 2 4 4

Course Description:

Making decision on specific subjects, the analysis of research progress through the stages of literature survey and the experimental work, derivation of critical conclusions from the basic data, the preparation of requirements, reporting, writing up, project preparation, communication with the outside world, orientation of society and creation of public opinion.

Term: Spring Term


TEM 504 Scientific Research Techniques and Ethics 3 0 7.5 7.5

Course Description:

Definition of engineer, nature-engineer relationship, the place of ethics in personal-social Relationships, the importance of ethics in scientific research, ethical relationships of scientific groups structured with the hierarchical organization, the analysis of the chemistry of working groups from the ethical perspective.

Term: Spring Term


TEM 502 Textile Mechanics - II 3 0 7.5 7.5

Course Description:

Two-dimensional structures, the geometric characteristics of fabrics, the extensional properties of woven fabrics, double-axial extensional properties, the warp knitted fabric geometries, weft knitted fabric geometries, knitted fabric mechanics

Term: Spring Term


TEM 506 Nanoscience, Nanotechnology and Their Textile Applications

3 0 7.5 7.5

Course Description:

General introduction to nanosicence and nanotechnology, A brief history of science on the way of nanoscience and nanotechnology, Nanomaterials production methods (mechanochemical, sol-gel), Comparison of nanomaterials production methods (mechanochemical, sol-gel), Stabilization of nanoparticles (DLVO theory), Synthesis of carbon nanotube, nanoclay, ZnO, and TiO2, Production and characterization of nanofibers, Production and characterization of nanocomposites, Characterization techniques related to nanotech applications, Potential risks of nanotechnology the future of nanotechnology.

Term: Spring Term


TEM 510 The Physical, Chemical And Volumetric Characteristics Of Polymers

3 0 7.5 7.5

Course Description:

Definition of molecular weight, collective phase, viscoelasticity, glass and crystal phases, Diffusion characteristics

Term: Spring Term


TEM 512 Special Topics İn Spinning Technologies 3 0 7.5 7.5

Course Description:

Special topics in spinning, investigation of special prototype production methods, spinning of special fibers, spinning process-fiber properties

Term: Spring Term


TEM 514 High Modulus Fiber Technologies 3 0 7.5 7.5

Course Description:

Spinning of aromatic fiber, spinning of glass fibers, carbon fiber technology, gel-spun polyethylene fiber spinning and their properties

Term: Spring Term


TEM 516 Coloration Theory 3 0 7.5 7.5

Course Description:

Coloration mechanisms, thermodynamic applications of coloration systems, Kinetic diffusion of coloration process

Term: Spring Term


TEM 518 Textile Chemicals and Applications 3 0 7.5 7.5

Course Description:

Polyolefin used in textile finishing, poly vinyl chloride, polyvinyl acetate, poly urethane, epoxy and silicones, binders used in non-wovens, fabric coating materials, adhesives and foams, back face adhesives used in carpets

Term: Spring Term


TEM 520 Braiding 3 0 7.5 7.5

Course Description:

Definition, classification of braided structures, manufacturing techniques and application areas, Design and construction of braided structures, structural characteristics of braids, geometrical models of braids, mechanical characteristics of braided structures, three-axial braids

Term: Spring Term


TEM 522 Advanced Weft Knitted Fabrics Stucture And Mechanics 3 0 7.5 7.5

Course Description:

Introduction to weft knitting, knitting production methods for special applications, 3D weft knitted spacer fabrics, robbing back theory, knitting dynamics, needle-yarn interaction, knittability, weft knitted fabric geometry, knitted fabric mechanics, dimensional and physical properties of weft knitted fabrics and parameters effecting these properties, spirality

Term: Spring Term


TEM 524 Product Based Special Topics İn Technical Textiles 3 0 7.5 7.5

Course Description:

Identification of products for the relevant application areas, process choice, application areas, performance criteria, man-made fibers, high modulus fibers, analysis of structures and design criteria

Term: Spring Term


TEM 526 Total Quality Management in Textile Engineering 3 0 7.5 7.5

Course Description:

Principles of quality management systems in textile and clothing manufacture, cost of manufacturing, statistical process control methods, process optimization, optimum process-product design management and improvement methods

Term: Spring Term


TEM 528 Strategic Planning in Textile Manufacturing 3 0 7.5 7.5

Course Description:

Applications of competitive strategies and planning in textile manufacturing plants, strategy concept in established industry, work concept in global industries, strategic planning methods

Term: Spring Term


TEM 530 Retail Chain Management and İnformation Technologies 3 0 7.5 7.5

Course Description:

Supply chain management in textiles, the use of management knowledge in the design of textile supply, information technologies and their use in supply chain management, geographically distributed market, coordination of market units

Term: Spring Term


TEM 532 Introduction to Biomedical Textile Materials 3 0 7.5 7.5

Course Description:

Definition and classification of biomedical materials, main characteristics, structure and properties of biomedical materials used in medicine, main production techniques

Term: Spring Term


TEM 538 The Applications of Mechatronics and Image Processing in Textile Engineering

3 0 7.5 7.5

Course Description:

Modeling and simulation of physical systems, sensors-transducers and actuators, main equipments in mechatronics, image, image development, statistical pattern recognition, intelligent textile machines and systems, selected examples in textiles, image processing applications

Term: Spring Term


TEM 540 Structural Modelling of Apparel 3 0 7.5 7.5

Course Description:

The external form and structure of clothes. Silhouette. Shape. The form and physique of human body, the technics of constrictive modelling. Clothing Simulation, Computer Added Design.

Term: Spring Term


TEM 542 Clothing Technology Management 3 0 7.5 7.5

Course Description:

The position of the structure of the clothing in the production, the quality and performance demands of the global customers, the effect of presentation in meeting the demands, the clothing production capacity, the demand elasticity of clothing.

Term: Spring Term


TEM 544 Enzymes and Their Appliations in Textile Finishings 3 0 7.5 7.5

Course Description:

Application of biotechnology in textile ındustry, the definition of enzymes, structural, phyisical and chemical properties of enzymes, using of enzymes in textile industry, desizing processes, making coton absorbent, biological polishing processes, bleaching and peroxide removing processes, washing of denims, finishing of protein fibers, pretreatment processes.

Term: Spring Term


TEM 546 Production Technologies of Polymeric Materials 3 0 7.5 7.5

Course Description:

The devices and the methods for the production of polymeric materials, The relationship between polymer structure and production techniquies, Extrusion, Injection molding, Transfer molding, Rotational Molding, Fiber production techniquies, Melt spinning, Film production techniquies

Term: Spring Term


TEM 548 Digital Image Processing In Textile Researches II 3 0 7.5 7.5

Course Description:

Introduction to digital image processing applications in Textile Engineering, Image processing applications

Term: Spring Term


TEM 550 High Performance Fiber Production Technologies 3 0 7.5 7.5

Course Description:

Course outline, references, general intruduction and classification of high performance fibres; High-modulus melt-spun polyethylene fibres and their mechanical properties; Historical developments in liquid-crystalline polymers and their classification; Lyotropic polymers. Kevlar fibres; synthesis, fibre formation & mechanical properties; Historical developments and recent advances in our understanding of main- chain thermotropic liquid-crystalline polymers with special emphasis on aromatic polyesters. Monomers and the melting temperature depression techniques. History of carbon fibres and carbon fibre reinforced plastics. Production of carbon fibres from PAN, chemistry of the conversion process. Ceramic fibres: processing, structure and properties. Glass and quartz fibres: processing, structure and properties. Applications of high-performance fibres: The general philosophy, aircraft engineering and space hardware, marine craft, space structures, applications in surgery and sports equipment. Further applications in mechanical engineering and musical instruments.

Term: Spring Term


YBD 502 English-II 6 0 7.5 7.5

Course Description:

The ''''Causative'''' use of have/get,Emphatic Structures, Exclamatory Sentences, Direct and Reported Speech, Inversion, So do I/ I do, too - Neither (Nor) do I/I don''''t, either, Conjuntions, Defining Relative Clauses, Non-defining Relative Clauses, Possesive '-s/-s', Clauses of: 1 Time 2 Reason 3 Purpose 4 Result 5 Concession/Contrast 6 Manner, Participles, Phrasal Verbs, Transformation - Error Coreection, Subjunctive.

Term: Spring Term


TEM 511 Thesis Studies 0 0 25 25

Course Description:

Conducting research, completion and defense of the thesis.

Term: Spring Term


TEM 551 Pecial Field Course 4 0 5 5

Course Description:

Critically reading of scientific papers and books according to the subjects chosen, Discussion of advanced research topics in the field

Documents

Course Code Course Title T P C ECTS - Anasayfa · Course Code Course Title T P C ECTS TEM 533 Textile Composite Production Methods 3 0 7.5 7.5 Course Description: Definition, basic