PERSONEL DAİRE BAŞKANLIĞINA - Web viewOffice software: word processing and Softwares Collection...

Tunceli UniversityInternational Relations Office

2015-2016 Academic YearList of courses

Code/Credits Course SemesterWinter / Spring

Contents Contact Details of Lecturer

Department

ENF 101/3 BASIC USE OF COMPUTER TECHNOLOGY I

WİNTER Basic Concepts of Computer,Computer Hardware, System and Application Software, Data Storage and Retrieval, Information Systems, Information Exchange Standards, Computer Networks, Computer Applications. Computer and Network Hardware. Hardware units. System Software: Operating system, programming language compilers, Data Management Systems. Office software: word processing and Softwares Collection (MS-Word and MS-Excel) Use, Internet: Overview of the Internet, www sites, Internet search and navigation, basic internet services.

Name-Surname:E-mail:Tel:

METARLURGICAL AND MATERIALS ENGINEERING

MAT 101/4 MATHEMATICS I WİNTER Fundamental conceptions of mathematical analysis, set and number conceptions, functions and special functions,




sequence of real numbers, convergence,upper nad lower limits, properties of continuous functions, derivative, higher order derivative, geometric and physical meaning of the derivative, theorems related with derivative, indefinite limits, drawing curves.

FIZ 101/4 PHYSIC I WİNTER Measurement and Vectors, particle dynamics, work and energy, conservation of energy, dynamics of particle systems, collisions, rotational kinematics and dynamics of rigid bodies, oscillations, fluid mechanics, heat, heat and thermodynamics laws.


KIM101 CHEMISTRY I WİNTER Chemical principles and their application. Includes stoichiometry, states of matter, atomic and molecular structure, chemical bonds, solutions, thermodynamics, equilibrium, oxidation-reduction, kinetics, gases, nonmetals, metals and coordination compounds, and nuclear chemistry.



TDL101/2 TURKISH LANGUAGE I

WİNTER What is language? Birth of languages??. Language of thought connection. Connection between language and culture. Language community connection. World languages ??and Turkish. The history of the Turkish language. Sound knowledge. Turkish words sound characteristics, stress, syllables. Building knowledge. Affixes, inflections. The word, according to the degree of meaning words, word meaning in terms of structure types according to their words. Types of words. Set of conjunctions and interjections group, repeats, fiilimsiler group of numbers, compound verbs. Of sentence components, sentence types. Spelling rules.


YBD101/2 FOREIGN LANGUAGE I

WİNTER English grammar, vocabulary, reading comprehension, oral production and writing skills in order to help students follow occupational English courses in next years and prepare them for learning English



further after university and in professional life.

MLZ101/5 INTRODUCTION TO METALLURGY AND MATERIALS ENG.

WİNTER Introduction, Definition of Metallurgical Engineering and Materials, Application Fields of Metallurgical Engineering, Education of Metallurgical and Materials Engineering in Turkey, The Importance of Materials Science and New Materials, The Importance of Extractive Metallurgy in Metallurgical Engineering, Metallurgical and Materials Companies in Turkey, The Capacity and performance of Metallurgical Companies in Turkey and Abroad, The Classification of Products, steel, aluminium, and copper, New Trends and Materials Industry in The World, Developments in Metallurgical Industry


MLZ103/4 CRYSTALLOGRAPHY WİNTER Introduction to Crystals and crystallography, crystal systems and




lattice structures,symmetry elements and symmetry laws in crystals, crystal parameters and indices, Crystals stereographic projection, isometric system, the tetragonal system, orthorhombic system, Hexagonal system, Trigonal system Monoclinic system, triclinic system, optical characteristics of crystals and behaviors, methods which determine crystal structure and chemistry (XRF, XRD, TEM, NMR, IR, ICP-MS).

MAT 102/4 MATHEMATICS II SPRİNG indefinite integral, methods of indefinite integral,Properties of the integral, Theorems related with the Riemann integral,Applications of the Riemann integral (Calculation of Area, length of arc, volume and surface area), Generalized integrals and their properties, functions of several variables.


FIZ 102/4 PHYSIC II SPRİNG Coulomb’s force, the electric field, electric flux, Gauss’s law, electric potential, capacitors,



current and resistivity, direct current circuits, Kirchhoff’s rules, magnetic field, Biot-Savart’s law, Ampere’s law, induction, Faraday’s law, Lenz’s law, inductance, energy in magnetic field, oscillations in the LC circuit, electromagnetic waves.

KIM102/4 CHEMISTRY II SPRİNG Solutions and their physical properties, chemical kinetics, principles of chemical equilibrium, acids and bases, acid-base and solubility equilibria, voluntary change, entropy and free energy, electrochemistry, organic chemistry, Introduction to thermodynamics.


MLZ102/6 TECHNICAL DRAWING

SPRİNG Definition and importance of technical drawing. Introduction to drawing tools and instruments used in technical drawing, technical drawing line features used and their usage. Norm text and figures. Drawings of simple geometric shapes. Projection and projection methods. Perpendicular



projection. Six appearances of objects, bodies epure appearance on the representation of the three. Sectional planes and sectioning. Finding the actual dimensions of the cross-sectional surfaces.

MLZ 104/3 COMPUTER PROGRAMMİNG

SPRİNG Logic of algorithm and programming, Flow Diagram, Visual Basic.Net programme development media, and programme development with visual programming language


TDL102/2 TURKISH LANGUAGE II

SPRİNG Turkish language, and composition information


YBD102/2 FOREIGN LANGUAGE II

SPRİNGEnglish grammar, vocabulary, reading comprehension, oral presentation and writing skills in order to help students follow occupational English courses in next years and prepare them for learning English further after university and in professional life.





Contents Contact Details of Lecturer

Department

MLZ201/4 THERMODYNAMICS OF MATERIALS

WİNTER Definitions, Units, Stoichiometry, State Functions and Relations, The ideal and The Real Phases, Thermodynamics 1.Law (Thermochemistry and Laws, Enthalpy Concepts, Phase Transformations), Fuels and Combustion Reactions, Thermodynamics II. Law, Reversible and irreversible Processes, Entropy, Potentials, Maxwell Relations, Thermodynamics III. Law, The Solid-Liquid-Gas Balance, Equilibrium Constant, Richardson-Elingham Diagrams, Phases.



MLZ-203/4 MATERIALS SCİENCE I

WİNTER Material Definition and Classification of Materials Science, Interatomic




Bonding, Bond Energies and Strength, Crystal Structures of Materials, Crystal defects, solid solutions and Composition Determination, Amorphous Materials, Solid State Reactions, Microstructures and Mechanical Properties Relationship in Metallic Materials, Mechanical Behavior of Materials.

MLZ-205/4 PHYSICALCHEMISTRY

WİNTER Some Basic Chemical Concepts, Empirical Properties of Gases, Gases, Structure of The Gases, Some Properties of Solid and Liquid Gases, The Laws of Thermodynamics, I.II.III Law, Chemical Equilibrium, Stability of Non-Ideal Systems.Gases, and the characteristics of ideal gases, gas mixtures, real gases, kinetic



theory of gases, Maxwell-Boltzmann distribution. Liquids, solutions, liquid properties, surface tension of the vapor pressure, solids, adsorption, chemical and physical adsorption. Chemical kinetics of the reaction rate, according to the degree examination of the reactions, the reaction degree detection methods, the effect of temperature on reaction rate, activation energy, reaction rate theory, collision theory, the theory of the actual speed, heterogeneous reactions, the reaction steps, the mechanisms of control the reaction. Electrolytes and electrochemistry; complex ions and coordination compounds, Werner theory, ligands, coordination chemistry, applications, and types of conductivity,


electrode potentials, electrochemical kinetics and double layer, over-voltage concept and types. Batteries. Electrolysis. Refining. Cementation

MLZ-207/3 COMPUTER-AIDED DESIGN

WİNTER Computer Aided Engineering Drawing. Using Computer Aided Drawing System. Introduction to AutoCAD Software. Drawing with AutoCAD. Geometric Drawings. Cross Section Views. Perspective Image.


MLZ-209/5 MATERIAL LABORATORY-I

WİNTER Hardness, Tensile, mechanical testing such as compression burma, Metallography testing (sampling, molding, sanding, polishing, and optical microscope examination of microstructures), and phase transformations Dilotametre determination, experiments of the precipitation



hardening and difussion

MAT-201/4 DIFFERENTIAL EQUATIONS WİNTER

Differential equations, Differential Equations to Engineering Applications, Laplace transformations, Complex Numbers, Vectors, Linear Vector Spaces, Orthogonal Functions, Partial Differential Equations, Fourier Transforms, Approximation Methods for the Solution of Differential Equations, Numerical Analysis, Least Squares



AIT 101 ATATURK’S PRINCIPLES AND HISTORY

WİNTERConcepts of Revolution, The Reasons for the Turkish Revolution, Partition reasons of the Ottoman Empire, rescue efforts of the Ottoman Empire, ideological movements, the first World war, conventions, opening of TBMM , Mudanya Armistice, The Lozan Armistice.



MLZ202/4 SOLUTIONS THERMODYNAMICS SPRİNG

Raoult law, Henry law, ideal solutions, activity and activity coefficient, non-ideal solutions, dilute solutions, solutions with multi-component, regular solutions, electrolites


MLZ204/5 MATERIALS SCİENCE II SPRİNG

Structure of atom, electrical conductivity of materials, semiconductors, superconductivity, dielectric, piezoelectricity, magnetic, thermal and optical properties of materials.


MLZ206/4 PHASE DIAGRAMSSPRİNG

System, Component and Phase Definition of Balance, One-Component Systems, Phase Rule, Clasius-Clapeyron Equation, Two-Component Systems, lever rule, Alloy Principles of Creation, Creator continuous solid solution, eutectic, Peritectic, Eutectoid, Monotectic Peritektoid and Transformations, Disorder-Regularity transformations,



Spinodal Decomposition, various intermetallic compounds, and the Search Phase, Phase Transformation Kinetics, three-Component Systems, co-temperature vertical cross-sections and cross sections, Alkemade lines and Implementation of Rule lever.

MLZ208/4 MECHANICAL BEHAVIOR OF MATERIALS

SPRİNG Concept of stress-strain relationship of materials, elastic and plastic deformation processes. All aspects of the mechanical testing methods applied to the materials. The methods for strengthening mechanism in materials.


MLZ210/5 MATERIAL LABORATORY-II

SPRİNG Mechanical properties, Metallographic observation, Surface modifications, composite materials, Polimeric materials, Casting.


MLZ 212/4 POLIMERS SPRİNG Introduction to polymeric

METARLURGICAL AND MATERIALS


materials, Classification of polymers, Polymerisation and copolymerisation, Structure of the polymers and chemical bonding, Amorphous and Crystal Structure of polymers, Melting and glass transition temperature of polymers, Physical and chemical modifications of polymers, Using additive materials in polymers, Thermal and physical properties, of polymers Mechanical properties, Production Methods of Polymers.

ENGINEERING

AIT 102/2 ATATURK’S PRINCIPLES AND HISTORY II

SPRİNG Atatürk’s reforms. Turkish Foreign Policy in Atatürk’s period. Atatürk’s principles. Political developments in Turkey and the world after 1938.


SCD1- ELECTİVE LESSONS :BKE 101 /3

SCIENTIFIC AND CULTURAL ACTIVITIES

SPRİNG Participate in scientific, cultural and social activities


SCD1- ELECTİVE

ENGINEERING ETHICS SPRİNG Introduction to Ethics, Historical



LESSONS:MLZ111/3

Ethic, Engineering and Ethic historical, Ethics of media and internet, ethics of environment, examples of engineering ethics.

ENGINEERING



Contents Contact Details

of Lecturer

Department

MLZ 301/4 PHYSICAL METALLURGY

WİNTER Thermodynamic Concept in Metal and Alloys, Atomic Vacancies in Metal and Alloys, Diffusion, Interfaces, Free Surfaces, Stability in Nano Structures, Homogeneous and Heterogeneous Nucleation.



MLZ303/4 MATERIAL CHARACTERIZATION-I

WİNTER optical microscopy (OM), electron microscopy and its applications, Metallography of single and multi-phase materials, the characterization of ferrous and non-ferrous metals, cast iron structures, defects, cold-deformed and annealed structures



MLZ305/4 IRON ANS STEEL PRODUCTION

WİNTER integrated and semi-integrated iron and

Name-Surname:



steel production facilities will be able to discuss. Introduction to the production of iron and steel, blast furnaces, reduction and slag formation and reactions of liquid steel production peaking, deoxidation, alloy steel production, ladle metallurgy.

E-mail:Tel:

ENGINEERING

MLZ 307/4 PLASTIC FORMING WİNTER Defination of plastic forming methods,Stress-Strain Relations, and Yield Criteria Mohr Circles, Plastic Deformation mechanisms and Strain Hardening , Affecting Factors to Plastic Deformation, Annealing Furnaces, Forging, Rolling, Extrusion Processing, Wire and Tube Drawing, Hair Styling Techniques. Metallurgical principles, strengthening processes, Friction and lubrication, forging, Rolling, Extrusion, Wire drawing


MLZ 300/2 TRAINING I WİNTER Matallurgical Production, and Material Manufacturing , Production of metal, ceramic, polymer or composite materials



and their forming process.

SCD2- ELECTİVE LESSONS: MLZ 321/4

TRIBOLOGY WİNTER Dry Friction, Friction Theory, Wear and Wear Mechanisms, Wear Control, Lubrication, Lubricants, Stribeck curves, wear-Effect of Surface Treatments, Bedding Materials.


SCD2- ELECTİVE LESSONS: MLZ323/4

METALLURGICAL TRANSACTIONS

WİNTER Introduction to metallurgical Proses, Metallurgical Basic Concepts: Strength, toughness, elasticity, creep, ductility, Diffusion, Melting, Melting temperature, evaporation temperature, thermal expansion, conductivity, Production methods: Forming Methods: Forging, Rolling, Extrusion, Wire Drawing and Pipe Production, Sheet Processing Coating Processes, Metal Coatings, CVD, PVD, Composite Production Techniques, Heat Treatment



ALLOYS WİNTER Periodic table, metals and their properties. The primary solid solutions, Home-Rothery rules. phase diagrams in alloys, liküdüs solidus curves and their formation, primary solid solubility



limits, intermediate solid solution, intermediate chemical compounds, electrochemical compounds. Aluminium and its alloys. Classification of aluminum alloys. Preparation of aluminum alloys, aluminum alloys which are applied by mechanical processes and heat treatment. Copper and copper alloys. Bronzes, preparation, properties and application areas. Properties and uses of rice. Zinc and its alloys


COMPOSITE MATERIALS

WİNTERWİNTER

The History of Composites, The Concepts of Composite and Alloys, Metal Matrix Composite Materials, Polymer Matrix Composite Materials, Ceramic and Glass-Based Composite Materials, Carbon-Carbon Composites, Nano Composites, Strengthening Mechanisms in Composite Materials, Basic Strength and Elastic Analysis Methods in

Composites, Toughening Mechanisms in



Ceramic Matrix Composites, Space, Otomotiv and Structural Application of Composites, Composites for Future Applications.


TRANSPORT PHENOMENA

WİNTER General Definitions, Ideal Gas Laws, Liquids Facilities, Newtonian Fluids, Reynolds Number, Laminar and Turbulent Flows, Heat-Transfer Policy, Natural Convection Heat Transfer in Phase Variations, Stephan-Boltzmann and Kirchhoff's Laws of Radiation, Transient-State Conduction Heat Transfer, Mass Transfer and Principles .



INTERMETALLIC MATERIALS

WİNTER Classification of intermetallic materials, crystalline configuration, phase assembly, micro/nano structure, understanding of diverse properties in conjunction with different structural and surface manufacture processes, mechanical properties, high temperature properties, frictional and wear properties, Important factors in selection of intermetallics for



critical applications.

SCD4-ELECTİVE LESSONS:MLZ333/4

TECHNICAL ENGLISH I

WİNTER A variety of related topicsand terms about materials,metallurgy,manufacturing, English grammar, English comprehension and interpretation


MLZ 302/4 CASTING TECHNOLOGY

SPRİNG Definations, Casting techniques, mould sand, models and Sand casting, shell mold casting, plaster mold casting, ceramic mold casting, other casting methods, Melting Process and furnaces, Cupola Furnace, Cast Iron.


MLZ 304/4 HEAT TREATMENT SPRİNG Basic Heat Treatment Operations, TTT Curves, Continuous Cooling Curves, Thermal Processing Environments, hardening, martensitic transformation, tempering, hardenability, cold work and annealing, aging, thermomechanical Transactions, Thermal Process Diagrams on Commercial Alloys.


MLZ 306/5 MATERIAL CHARACTERIZATION II

SPRİNG Phase analysis by X-ray, Thermal analysis techniques(DTA, TG, DSC, Dilatometer),



Industrial analysis examples. Approaching material analysis and choosing.

MLZ 308/4 CHEMICAL METALLURGY

SPRİNG The energy of reaction sistems, enthalpy, examples. Appearence and concealed heats, standart reaction heat, standart reaction heat at the stable pressure and volume, heat of combustion, calorific energy, typical problems. Energy balance calculations at the chemical processes, examples. Metallurgical fuels and the classification, solid fuels, liquid fuels and problem solutions. Gas fuels, types and fuel selecting. Physical and chemical transformations, Decomposition reactions, Physical transformations and chemical events. Decomposition, Oxidation, Formation, reduction and exchange reactions.



SUPERCONDUCTING MATERIALS

SPRİNG Thermal features, electrical features, semi-conductors, additive semi-conductors, the factors which are affect semi-conductors, photo-electric affect, semi-



conductor application areas, semi-conductor productions, dielectrics, magnetic features, magnetic area, magnetic kinds, super conductors, critic area, critic current density, using of super conductors in elektro-technic, choosing material on super conductor dressing generators, optical features, cracking index, luminesans, lasers, optical materials

SCD5-ELECTİVE LESSONS:MLZ 322/4

ORE PREPARATION AND METALLURGICAL FRONT PROCESSES

SPRİNG Mineral, ore and ore dressing concepts, metallurgy and ore dressing relationships, particle size analysis, crushing and crushers, grinding and mills, Industrial sieving, classification, gravity concentration, heavy media separating, flotation, magnetically and electrostatic separation, chemically enrichment.



FRACTURE ANALYSIS SPRİNG Fracture occurring in different materials and types of loading conditions,the ductile breaking ,brittle transition fracture, fracture surfaces, the effect of temperature on fracture, fracture mechanics, stress intensity factor,



Crack growth mechanisms, the shape and size of the crack tip plastic zone, Fracture toughness testing methods, Fracture mechanism maps

SCD6-ELECTİVE LESSONS: MLZ326/4

JOINING TECHNIQUES

SPRİNG Classification of joint methods, reasons for merging of materials. Welding methods and classification, welding machines, electrodes, pressure, and fusion welding methods. cutting by lazer and oxygen.brazing and its alloys and application areas. Riveting, bonding. Special merge methods, diffusion, friction, shock, merge with the explosion.



MASS AND ENERGY BALANCE STATEMENT

SPRİNG Units and dimensions, introduction to stoichiometry, atom and molecule definitions, examples. Conservation of mass and solution of sets of equations. Melting proses and solutions of example problems. Problem solutions concerning with roasting. Event studies for calcination. Solutions of ceramic problems. Different solution methods of charge calculations. Charge calculations in iron-



steel applications. Ferroalloys using in casting operations and calculation of composition. Fuels and problem solutions for burning. Different problem solutions for ferroalloys production.


THERMAL SPRAY COATINGS

SPRİNG Introduction to thermal spray Technologies, The Historical brief and Classifying, Giving details of following techniques ; Flame Spray (powder Wire), Electric arc spray, Plasma Spray, HVOF, Cold Spray. Introduction to powder and wire Coating Materials, Investigations methods of produced parts, Process before coating, Automation in Coating operation, Preparing apparatus, Characterization and analysis techniques, Peeling of coatings, Choosing parameters for coating process and coating materials. Delineating problems in Application examples, Comparison between thermal spraying and other techniques.



TECHNICAL ENGLISH II

SPRİNG a variety of related topics and terms about materials,metallurgy,manufacturing,



English grammar, English comprehension and interpretation.



Contents Contact Details

of Lecturer

Department

MLZ 401/4 CERAMICS WİNTER General informations and descriptions; Classification of ceramic materials, Ceramic Process and products, Crystal physics, Clays, feldspar and other flaks and minerals, Liquid-solid systems, Shaping process, drying and firing process, enamels, decorative process, refractories and insulators, abrasives, ceramic construction materials



MLZ 403/4 DESIGN AND MATERIAL SELECTION

WİNTER Engineering materials, material selection, material design, material application areas, production process, characterization, material research and development studies and their applications.



MLZ405/4 REFRACTORY MATERIALS

WİNTER Chemical and physical basis of production technics of Refracter alloy elements, the




properties of refracter metals, application areas, Tungsten, Molybdenum, Niobium, Tantalum Rhenium and its alloys, neighbors of refractory metals in periodic table (Reactive and Precious Metals).

MLZ 400/2 TRAINING II WİNTER This includes topics such as organization chart of the operation, production planning, cost analysis, quality control studies, facility planning


SCD8-ELECTİVE LESSONS: MLZ 411/4

INDUSTRIAL FURNACES

WİNTER Classification of Refractory materials and their properties. Silica; Magnesite, Dolomite; Chrome and Chrome-Magnesite refractories. Monolithic refractories, Isolation refractories; Classification of furnaces according to their technology and design. Metal melting furnaces; Metal heating and heat treatment furnaces; Ceramic furnaces. Selection criteria’s for furnaces.



MACHINE TOOLS AND MACHINING

WİNTER Machining theory, the basic mechanics of metal removal, the team measured forces, plowing force, Theory of



Ernst and Merchant, friction, tool wear and tool life, machining economy, and execute by the effects of cutting fluids, tool temperature theory and calculations. Turning, drilling, boring, vargelleme, planing, milling operations, cutting force, cutting force, machining time and machining parameters, cutting speed, depth of calculation.


HIGH TEMPERATURE BEHAVIOUR OF MATERIALS

WİNTER Creep, Creep damage and creep fracture, creep activation energy, long-term high-temperature characterization, mechanisms of Creep, Dislocation sürünmesi, Yay?nmal? creep, deformation mechanism maps, sürünmesi polymers, ceramics sürünmesi, Crawling-resistant materials, design, High temperature fatigue and torsion tests, stress relaxation test



SURFACE COATING METHODS

WİNTER Definition of plasma, Plasma Formation Kinetics, Plasma Sources, Plasma Species (DCPlazma, RF Plasma, Plasma MW), Plasma Assisted Surface Modifications,



plasma assisted chemical vapor deposition, plasma assisted physical vapor deposition. Laser Assisted Plasma Coating Technology, Plasma Coated Materials Properties (Surface-Natural Features, Coating purity, mechanical properties), Plasma Assisted Coatings Applications.


NON DESTRUCTIVE TESTING

WİNTER Definition of Non-Destructive Testing and Necessity, Destructive and Non-Destructive Testing Techniques, Applications, Liquid Penetrant Method, Basic Principles of Liquid Penetrant Method, Applications, Constraints, and Applicability, Process and Equipment Liquid Penetrant, Magnetic Particle Method, Basic Principles of Magnetic Particle Method, Application Fields, Magnetic Particle Method, and Applicability Constraints, Methods of Magnetization, Magnetic Particle Method Equipment, Radiographic testing method, radiographic method, and



Applicability Constraints.


BIOMATERIALS WİNTER Definitions, metallic implant materials (stainless steels, cobalt-based alloys, titanium alloys), Manufacturing and Forming Processes, Mechanical, and Corrosion Properties, Labor Alloys, Ceramics, Damage Encountered Types of Implant Materials, living tissues, the skeletal system, bone, cartilage (Time-Bound behavior, Structure and Properties, Anisotropy and effects of aging), Nov, Ligamen.



NANO MATERIALS

WİNTER Principles of Physical Dimensions, Nano and Micro Engineering, Nano and Micro Engineering Technologies, Nano Scale Science and Technologies, Natural Nano Structures, Stability in Nano Materials, Synthesis Techniques of Nano Crystals and Particles, Nano Deposition Techniques, LIGA Technologies, carbon Nano Tubes and Their Properties, MEMs and NEMs Structures, Nano Bio



Technology, Future Applications of Nano Materials.


POWDER METAL MATERIALS

WİNTER Introduction to powder metallurgy. Powder Manufacturing Techniques. Mechanical methods (crushing-grinding, atomization). Chemical Methods (the demotion process, the carbonyl process). Electro-chemical methods. Production of refractory powders. Carbide Powders. Nitride and boride powders. Ceramic powder production, reactions. Oxide Ceramic Powders. Dust Properties and Characterization. Dust to give shape and density. (compression techniques). To gain strength and resistance processes (sintering). Powder metallurgy products.



POROUS MATERIALS

WİNTER Porosity / porosity and porous materials, the classification of porous materials, porous materials, production, Sintering, Sol-Gel Porous Coating Production, Properties, Tests: pore size and shape, Porous Materials Applications, filter applications, sensor



applications, Gas, parsers, Group work presentations to do with term papers, Material Performance Relationship, Material Performance Relationship.


MODERN WELDING PROCESSES

WİNTER Laser and Plasma Welding Techniques, Development of Stitch Techniques , Beam Source, Plasma-Arc Systems, Electron beam welding, electron gun, vacuum chamber, the connection to movement, Applications, Laser Systems, Laser Welding, Plasma Source, Source of High Power Plasma Merge, Micro plasma Supply, Plasma Surfacing, electron beam welding, ultrasonic welding methods and the importance of principle, the source and the source of metallurgical properties Disclosure of Making and Welding Machines.


MLZ 402/2 FINAL PROJECT SPRİNG Applications about Metallurgical and Materials and practical studies


MLZ 404/4 CORROSION SPRİNG Introduction to corrosion, corrosion principles, types of



polarization, types of corrosion, high temperature corrosion, case studies in cathodic protection etc.

MLZ 406/4 NON-FERROUS METALS

SPRİNG General Description of Non-Ferrous Metals and Alloys, Copper Alloys General Properties, Thermal Processing, Industrial Application Examples, Brass, Bronzes, Copper Alloys, Aluminum and General Properties of their Alloys; symbolization Systems, Thermal Processing, Industrial Application Examples, Nickel, Nickel Alloys General Features , Heat Treatment Facilities, titanium, titanium alloys, industrial applications.



CERAMIC RAW MATERIALS AND PRODUCTION METHODS

SPRİNG Classification of Ceramic Raw Materials, Selection of Ceramic Materials and Preparation of Raw Material for the Production, Raw Materials Production, Raw Materials Characterization, Raw Materials for Production of Advanced Ceramics, Sol-Gel, Ceramic Forming Methods of



Forming and Casting, pressing, isostatic press, CIP, HIP, Injection molding, extrusion and ceramic coatings


PLASTIC PROCESSING METHODS

SPRİNG Introduction, Injection Moulding, Extrusion, Hot Forming, Rolling, rotational molding, compression molding, you should pass Molding, Reinforced Thermoplastics Production, Reinforced Thermoset production, casting, centrifugal molding, foaming, Plasma Spray Method with Plastic Coating, Flame Spray Method With Plastic coating, on Mechanical Behavior of Plastics, Mechanical Behavior of Polymer-Based Composites, Plastics Standard Tests



SPECIAL STEELS SPRİNG The effect of the alloying elements on the Fe-C binary equilibrium phase diagram, Classification of steels, plain carbon steels, its properties and application fields, Classification of alloy steels, its specifications and application areas. Classification of stainless steels, its specifications and



application areas. Classification of tool steels, its specifications and application areas


SURFACE TREATMENT

SPRİNG Chemical Vapor Deposition Process (CVD), Thermo-Chemical Plating Technology, Box cementation. Coating with Cr,B, Al, Al + Si, Al + Cr Coating, Thermal Spray Coating Techniques, Surface Modification (Laser Surface Treatment), High Temperature Oxidation, Oxidation Mechanisms and Kinetics, High Temperature Materials, Gas Turbines and Coating Material Selection



CAST IRON SPRİNG Introduction, Types of cast iron and production, application areas, thermal process for cast iron, microstructure and mechanical properties



PHYSICAL PROPERTIES OF CERAMICS

SPRİNG Thermal properties of ceramic materials, Heat capacity, Thermal conductivity, Thermal expansion, Thermal shock, Electrical properties of ceramic materials, Semiconductors, Insulators, Insulator ceramic materials, Ferroelectric



ceramics, Magnetic properties of ceramic materials.


STATİC AND STRENGTH

SPRİNG Definition of Statics and Strength, the basic of statics, stress-strain, elastic constants,free body diagrams, multi-stress state, combined materials, temperature effects on materials, Mohr circle,reaction forces, concentrated and distributed loads, force and moment diagrams, second moment area, gravity center, the equilibrium equations, the defined and undefined systems in statics, friction and frictional forces



QUALITY CONTROL

SPRİNG Random variable, possibility and possibility intension functions, expected value and moments, important repeated and permanent distributions, data evaluation and statistical analysis, descriptive statistic, total quality management and quality assurance systems, quality costs, quality improving devices, statistical process control and control graphs, process ability analysis


SCD17- ADVANCED SPRİNG The Importance of METARLURGICAL


ELECTİVE LESSONS: MLZ 426/4

CERAMICS Advanced Technology Ceramic Products, Applications and Classification / Non-Oxide Advanced Ceramics, Si3N4, SiC, BN, ACK, TIN, B 4 C / Oxide Ceramics, Alumina, Zirconia, Zirconia examination of the methods of production. Analysis of the production of alumina sol-gel method. Preparation of ceramic powders and shaping features. Shaping of Ceramic Products (slip casting, tape casting, injection molding, extrusion, dry-pressing, cold isostatic pressing, hot pressing, hot isostatic pressing), drying.

AND MATERIALS ENGINEERING


WELDING METALLURGY

SPRİNG To tech to students about joining techniques and procedures in applications on metallic materials, factors affect to the filler metal selection, behavior of constructions produced by welding technologies and performances



2015-2016 Academic YearList of Traineeship Vacancy

Number of the Vacany

Credit (Number if its offered)

ContentsContact Details of the

MentorDepartment Academic or

Administrative department



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