GRADUATE COURSE DETAILS - fbe.balikesir.edu.trfbe.balikesir.edu.tr/fbe/docs/dersicerikleri/en/makmuh_en.pdf · GRADUATE COURSE DETAILS Course Title: Advanced Strength of Materials

GRADUATE COURSE DETAILS

Course Title: Advanced Strength of Materials Code : Kodu :MKM5228

Faculty or VS: Programme: Mechanical Eng.

Education and Teaching Methods Credits Lecture Application Lab. Project/

Field Study Homework Other Total Credit

T+A+L=Credit ECTS

42 3 6

Semester Fall Language Turkish

Course Type

Basic Scientific

Scientific Technical Elective

Social Elective

Course Objectives

Teaching advanced strength of materials subjects which are not covered in conventional strength of materials lectures based on undergraduate education curriculum.

Learning Outcomes and Competencies

Students will gain a wider perspective on engineering design and analysis procedures with an understanding on advanced strengh of materials subjects.

Textbooks and /or References

F.P. Beer, E.R. Johnston, J.T. DeWolf, D.F. Mazurek, “Cisimlerin mukavemeti”, Çevirenler: A. Soyuçok, Ö. Soyuçok, 6. Basımdan çeviri (2014). Ugural C. A. and Fenster S. K., “Advanced Strength and applied Elasticity” – 4th Edition, Prentice Hall (2003). Boresi A. P. and Schmith R.J., “Advanced Strength of Materials” – 6th Edition, Wiley, (2002).

ASSESSMENT CRITERIA

Theoretical Courses Project Course and Graduation Study

If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)

Midterm Exams x 40 Midterm Exams

Quizzes Midterm Controls

Homework Term Paper

Term Paper, Project Reports, etc.

Oral Examination

Laboratory Work Final Exam

Final Exam x 60 Other

Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction, Plastic Deformations in Circular Shafts Plastic Deformations in Noncircular Shafts Residual Stresses in Circular Shafts and Thin-Walled Hollow Shafts Plastic Deformations and residual stresses in bending Bending of Curved Members Using Singularity Functions to Determine Shear and Bending Moment in a Beam Nonprismatic Beams Unsymmetric Loading of Thin-Walled Members Two and Three-Dimensional Analysis of Strain, Mohr’s circle, Measurements of Strain Stresses under Combined Loadings Using Singularity Functions to Determine the Slope and Deflection of a Beam Moment-Area Theorems Design of Columns under an Eccentric Load Castigliano’s Theorem

Instructor/s Assist.Prof.Dr. Akın ATAŞ

e-mail [email protected]

Website http://kompozit.balikesir.edu.tr/en_US/kisiler/calisanlar/yrd-doc-dr-akin-atas/


Course Title: Failure Analysis of Composite Materials

Code : MKM5238




T+A+L=Credit ECTS

42 3 6

Semester Spring Language Turkish

Course Type

Basic Scientific Scientific

Technical Elective

Social Elective

Course Objectives

Students will gain computer aided failure analysis capabilities for composite materials.


Students will be able to analyze the failure of composite materials using a software package program.


Ever J. Barbero , “Finite Element Analysis of Composite Materials ”, CRC Press, 2007. O.O. Ochoa, J.N. Reddy, “Finite Element Analysis of Composite Laminates”, Springer, 1992. E.E. Gdoutos, K. Pilakoutas, C.A. Rodopoulos, “Failure Analysis of Industrial Composite Materials”, McGraw-Hill, 2000.

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)



Homework Term Paper


Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction, Micromechanics of Failure Under Longitudinal Tension (Mechanics Approach) Micromechanics of Failure Under Compression Matrix Cracking, Fiber-Matrix Debonding Micromechanics of Failure Under Transverse Tension, Compression or Shear Macroscopic Failure Mechanisms Failure Criteria (Maximum Stress, Maximum Strain) Failure Criteria (Tsai-Hill, Hofman, Tsai-Wu) Failure in Sandwich Structures Failure in Beams and Columns Failure in Fabric-reinforced Composites First-ply Failure Analysis Progressive Failure Analysis using Shell Elements Progressive Failure Analysis using Solid Elements Delamination Analysis using Cohesive Zone Elements




http://www.mae.wvu.edu/barbero

http://www.taylorandfrancis.com/

http://www.google.com.tr/search?tbo=p&tbm=bks&q=inauthor:%22J.N.+Reddy%22


Course Title: Finite Element Analysis of Composite Materials

Code : MKM5141


Education and Teaching Methods Credits

Lecture Application Lab. Project/ Field Study

Homework Other Total Credit T+A+L=Credit

ECTS

42 3 6

Semester Autumn Language Turkish

Course Type


Technical Elective

Social Elective

Course Objectives

Students will gain computer aided analysis capabilities for composite materials.


Students will be able to analyze the composite materials using a software package program.


Ever J. Barbero , “Finite Element Analysis of Composite Materials ”, CRC Press, 2007. O.O. Ochoa, J.N. Reddy, “Finite Element Analysis of Composite Laminates”, Springer, 1992.

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)



Homework Term Paper


Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction, Element Types used in Analysis of Composite Materials (Implicit Analysis) Defining the Laminated Structure using Shell and Solid Elements (Implicit Analysis) Modelling, Analysis and Interpretation of the Results in 2-D Plates (Implicit Analysis) Thermal Stress Analysis in Composite Plates (Implicit Analysis) Modelling Sandwich Structures (Implicit Analysis) Fracture Mechanics Application (Implicit Analysis) Modelling and Analysis of Composite Pressure Vessels Modelling and Analysis of Cantilever and Simply Supported Laminates 3-Dimensional Modelling, Analysis and Interpretation of the Results (Implicit Analysis) Stress Analysis of Pin/Bolt Loaded Laminates (2-D and 3-D) Explicit Element Types and Material Properties Drop Test Modelling, Analysis and Interpretation of the Results Impact Test Modelling, Analysis and Interpretation of the Results Behaviour of Composite Laminates under Different Impact Velocities




http://www.mae.wvu.edu/barbero

http://www.taylorandfrancis.com/

http://www.google.com.tr/search?tbo=p&tbm=bks&q=inauthor:%22J.N.+Reddy%22


Course Title: Mechanics of Composite Plates Code : MKM5130





ECTS

42 3 6

Semester Fall Language Turkish

Course Type


Technical Elective

Social Elective

Course Objectives

The objective is to teach theoretical mechanics of fiber reinforced polymer composite materials in micro and macro levels.


Understanding the fundamental differences between the theoretical mechanics of fibre reinforced composite materials and conventional metallic materials, conducting the fundamental mechanical analysis of basic composite plates and structures.


Autar K. Kaw, “Mechanics of Composite Materials ”, Çevirenler: B. Okutan Baba, R. Karakuzu, Efil Yayınevi, (2014). Robert M. Jones, “Mechanics of Composite Materials ”, Taylor & Francis (1999).

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)



Homework Term Paper


Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

General introduction to composites and applications, classification and general terminology Macromechanical analysis of a lamina, Hooke’s law for different type of materials Hooke’s law for two dimensional/angle lamina Engineering Constants of an Angle Lamina Strength Failure Theories of an Angle Lamina Hygrothermal Stresses and Strains in a Lamina Micromechanical analysis of a lamina, Evaluation of the Elastic Moduli Ultimate Strengths of a Unidirectional Lamina and Coefficients of Thermal Expansion Macromechanical Analysis of Laminates , Stress–Strain Relations for a Laminate Hygrothermal Effects in a Laminate Special Cases of Laminates (Symmetric, Antisymmetric, Cross-ply, balanced) Design of a Laminated Composite Sandvich Composites Bending of Composite Beams




GRADUATE COURS E DETAILS

Course Title: PHASE DIAGRAMS Code : MKM5121 Institute: Institute of Science and Technology

Field: Mechanical Engineering


Lectur

e Application Lab.

Project/

Field Study

Hom

ewor

k

Othe

r Total

Credit

T+A+L=Credit ECTS

42 - - - 70 92 204 3+0+0= 3 6


Course Type Basic

Scientific Scientific

Technical

Elective

Social

Elective

Course

Objectives

The definit ion and the interpretion of the phase diagrams, the investigation of how , when and for

which purpose they have been used in heat treatments.

Learning

Outcomes

and

Competencies

Can evaluate and interpret the phase diagrams

Can calcu late the amount of phases

Can provide the right alloying process

Can apply the correct heat treatment

Textbooks

and /or

References

1. Phase Transformation in Metals and Alloys, D.A. Porter, K.E. Easterling

2. The Science and Engineering of Materials, D. R. Askeland

3. ASM Handbook Volume: 03, A lloy Phase Diagrams

ASSESS MENT CRITERIA


If any,

mark as (X)

Percent

(%)

If any,

mark as

(X)

Percent

(%)

Midterm Exams X 40 Midterm Exams


Homework Term Paper

Term Paper, Pro ject

Reports, etc. Oral Examination


Final Exam X 60 Other

Other

Week Subjects

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Introduction

Solidification of materials, solid solution and grain size hardenings

Phases and solubility

Conditions for non-limit miscibility in the solid state

Izomorphos phase diagrams, relat ionship between phase diagram and strength

Stable and instable cooling of solid solution alloys

Segregation in solidification and castability of alloys

Ceramic and polymer systems

Principles of d ispersion hardening

Intermetallic compounds

Strength of eutectic alloys and eutectic phase diagram

Instable solidificat ion in eutectic system

Peritectic and monotectic reactions

Ternary phase diagrams and their evaluation

Instructor/s Assist.Prof.Dr. Alaaddin TOKTAŞ


Website ---


Course Title: ADVANCED HEAT

TREATMENT Code:MKM 5219

Institute: Institute of Science and

Technology



Lecture Application Lab.

Project/

Field

Study

Homewor

k

Oth

er Total

Credit

T+A+L=Credit ECTS

42 - - - 70 92 204 3+0+0= 3 6


Course Type Basic

Scientific

Scient

ific Technical

Elective

Social

Elective

Course

Objectives To analyse the problems encountered in production, to improve the properties of steels

Learning

Outcomes

and

Competencies

Can gain the ab i lity o f harden ing and temper ing .

Have s uffic ien t knowledge on s urface harden ing t reatments .

Can decide the method of heat t reatment .

Can avo id the defects o f heat t reatment .

Textbooks

and /or

References

1. Rollason, E.C., “Metalurgy For Engineers” Edward Arnold (publishers) Ltd. 41 Bedford

Square London

2. Topbaş, M, A ., “Heat Treatments” Prestij Basın Yayın, İrfan Baştuğ Cad. Yuva 4 Apt.

Kat 2. Di 8, Esantepe / İstanbul

3. Tekin, A., “Steel and Heat Treatment” Hakan Ofset K.Ayasofya Cad. No:82/2, 1984

Sultanahmet / İSTANBUL



If any,

mark as (X)

Percent

(%)

If any,

mark as

(X)

Percent

(%)



Homework Term Paper





Other

Week Subjects

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Introduction

General terms and heat treatment methods

Material properties that can be changed by heat treatments and importance in the selection of

materials

Structure and phase transformat ions in ferrous alloys

Alloying elements in steel and their effects on steel properties

Structure transformations occured by heating steel

Izothermic-t ime-temperature t ransformat ion diagrams in cooling austenized steel and

continous cooling transformat ion diagrams

Annealing methods of steel. Normalization, stress relief and recrystallisation annealings

Softening, coarse grain and patenting annealings and their applications

Hardening of steels, martensitic structure, bainitic structure and properties

Hardenability, determining of hardenability by jominy test and calculating method

Cooling mediums used in hardening steels and tempering processes for steels

Surface hardening processes applied steels by varying the composition or not

Heat treating of tool steels

Instructor/s Assist.Prof.Dr. Alaaddin TOKTAŞ


Website ---


Course Title: COMPUTER INTEGRATED

MANUFACTURING

Code : MKM

5223

Institute:Graduate School Of Natural And Applied Sciences Field: Mechanical Engineering




ECTS

42 0 0 70 0 92 204 3 6

Semester Autumn/Spring Language Turkish

Course Type


Technical Elective

Social Elective

Course Objectives

To give information about computer controlled machine tools programming by defining the CAD and CAM systems


Students could be using CAD/CAM programs/softwares and maching a part on a CNC machining center


Muharrem NALBANTOĞLU, Bilgisayarla Bütünleşik Tasarım ve İmalat, Beta Yayın Dağıtım-1997 David L,GOETSCH, Advanced Manufactureng Technology, Delmar Published, 1990 Cemal ÇAKIR, Modern Talaşlı İmalatın Esasları, Vipaş Aş, 1999

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)

Midterm Exams Midterm Exams


Homework Term Paper


X 50 Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction Computer Graphics 2D and 3D Transformations Curves, surface modeling and solid modeling Elements of Computer Integrated Manufacturing System Computer Aided Design Group Technology Computer Aided Process Planning Computer Aided Manufacturing Computer Control and Computer controlled machine tools Computer Integrated manufacturing Applications of CAD/CAM Software Applications of CAD/CAM Software Applications of Computer Controlled Machine Tools

Instructor/s Assoc. Prof. Dr. Ali ORAL


Website

GRADUATE CURRICULUM DETAILS

Course Title: METHODICAL DESIGN

Code : MKM 5136

Name of the Programme: MECHANICAL

ENGINEERING


Lecture Application Laboratuary Project/

Field Study

Hw. Other Total Credit ECTS

42 0 0 120 40 38 240 3 6


Course Type


Technical Elective

Social Elective

Course Contents

Importance of the engineering design, historical development of mechanical systems, the methods of methodical

design approaches, steps of methodical design, design task, explanation of the task, list of demands, conceptual design, solution suggestions, f inding best solution, technical and economical criteria, project design, error searching in design, ergonomics aspects, safely design, risk factors, computer aided design.

Course

Objectives

The main objective of the course is to provide of the engineering design process and to develop engineering

design synthesis ability. Students are encouraged to develop a creative or/and innovative design project on

preferably a real design problem, possibly manufacturing a prototype.

Learning

Outcomes and Competences

1. Will understand the basic principles of methodical construction.

2. Learns to produce many ideas and implements methods. 3. Group work projects are implemented in time, learn the concepts of leadership and group employees. 4. The project won in the other courses in computer modeling and analysis capabilities that uses. 5. Ergonomics and environmental factors are no longer indispensable for designers to learn

Textbook and /or

References

1. Course notes 2. Makine Elemanları Prof. Dr. Fatih C. Babalık, Nobel Yayıncılık, 2008. 3. The Mechanical Design Process, Ullman, David G, NewYork : McGraw -Hill, Inc., 1992

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)



Homeworks x 20 Term Paper

Term Paper (Projects,reports, ….)

x 40 Oral Examination



Other

Week Subjects

1

2 3 4 5

6 7 8 9

10 11 12 13

14

Introduction

The design process and morphology Problem solving and decision making Using of computers in engineering design Project engineering, planning and management

Conceptual design Methodical design thinking ability Methodical design thinking ability Economic decision making and cost evaluation

Economic decision making and cost evaluation Human and ecological factors in design Human and ecological factors in design Case studies in mechanical engineering design

Case studies in mechanical engineering design

Instructors Assoc.Prof.Dr. Ali ORAL

E-mail [email protected]

Website http://www.alioral.net

mailto:[email protected]

http://www.alioral.net/


Course Title: Preparation Techniques R & D Projects

Code: MKM5142 Institute : The Institute Of Science And Technology Field : Mechanical Engineering


Lecture Application Lab. Project/

Field Study Homework Other Total T+A+L=Credit ECTS

42 0 0 62 50 50 204 3+0+0=3 6


Course Type

Basic Scientific


Social Elective

Course Objectives

Research and development is an important train the labor force in the preparation of the project will be presented to organizations that support R & D projects today.

Learning Outcomes and Competences

University and to work in the industry and information and cultivating equipment with the capacity to prepare those elements of R & D projects.

Textbook and /or References

---

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)


Quizzes X 5 Midterm Controls

Homeworks X 10 Term Paper

Term Paper (Projects,reports,.)




Other X 5

Week Course Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

R & D What is it ? What is the purpose? Parameters to be taken into account in determining the R & D topics Importance of R & D Business, World Examples of R & D Organizations supporting R & D Projects in Turkey And team-building capabilities in R & D employees to search Identification of priority areas, points to be considered in the writing of project inputs and purpose section Industrial R & D content of the project Innovative Technology Level and Direction Project Preparation Process R & D, R & D for the literature and evaluation Eligibility for the project of writing the Project Plan and Organisation Infrastructure R & D Project Preparation Process; Creation of working in the R & D project costs Economic Benefits and the National to recovery interchangeability of Project Outputs R & D Failure Causes Rules to be followed in the Project Final Report Writing

Course Teacher Prof. Dr. Bedri YÜKSEL

E-Mail [email protected]

Web Adresi



Course Title: Planning and Operating of High Capacity Heat Generation and Utilization Systems





42 0 0 62 50 50 204 3+0+0=3 6


Course Type

Basic Scientific


Social Elective

Course Objectives

Training well-informed engineers about installing and operating of large energy consuming heating plants.


Training technical people for installing and operating of heat plants which installed for the purpose of providing electricity and other energy requirements of district heating systems and industrial systems.


- Rüknettin Kaçükçalı, Isıtma Tesisatı, ISISAN yayınları No.265

- Rüknettin Kaçükçalı, Kızgın sulu ısıtma sistemleri, ISISAN yayın ları No.265

- Rüknettin Kaçükçalı, Isıtma Sistemlerindeki Son geliş meler, ISISAN yayınları No.1

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)








Other X 5


1 2 3 4 5 6 7 8 9 10 11 12 13 14

General information about heating plants. Location determination on heating plants. Properties of district heating systems and industrial heating systems. Fuel selection for heating plants. Steam generation aimed heat plants and their elements. Types and selection method of steam boilers, pressuring and operating of systems. Low pressure vapor systems. High pressure vapor systems. Dispelling of water hardness (decalcification systems) Superheated water systems, system forms and elements. Pressuring methods of superheated water systems. Superheated oil systems. Cogeneration systems. Energy savings in heat plants and environment.



Web Adresi



Course Title:

Principles of Internal Combustion Engines Test

Code: MKM5214

Institute : The Institute Of Science And Technology Field : Mechanical Engineering




42 - - 62 50 50 204 3+0+0=3 6


Course Type

Basic Scientific

Basic Scientific

Technical Elective

Social Elective

Course Objectives To teach theoretical and practical knowledge of Internal Combustion Engines Test,


The course will upgrade the level of skills of engineers so that they can perform and

evaluate engine tests.


- İ.Hakkı ÖZ, Oğuz BORAT, A li SÜRMEN , Internal Combustion Engines, Alfa Basın yayım

Dağıtım,LTD.

- Oğuz BORAT, Mustafa BALCI, A li SÜRMEN, İçten Yanmalı Motorlar, G.Ü.Teknik Eğit im

Fakültesi

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)








Other X 5


1 2 3 4 5 6 7 8 9 10 11 12 13 14

Main concepts With Internal Combustion Engines Principles of Internal Combustion Engine tests Test room design Power measurement and dynamometers Choosing the right dynamometer Measurement of torque, power, engine speed Measurement of fuel consumption Measurement of air consumption Thermal efficiency and specific fuel consumption Heat losses and Mechanical losses Exhaust emissions characteristics Energy and exergy analysis IC enginees Cylinder pressure-volume diagrams and combustion analysis Accuracy and statistical analysis of test results



Web Adresi



Course Title:

Principles of Energy Conversion Code: MKM5215



Lecture Applicatio

n Lab.

Project/

Field Study

Homework Other Total T+A+L=Credit ECTS

42 - - 62 50 50 204 3+0+0=3 6

Semester Spring Course Language Turkish

Course Type

Basic Scientific

Basic Scientific

Technical Elective

Social Elective

Course Objectives

- To inform students about world energy resources and problems.

- To explain the principles of gaining energy in power plants. Learning Outcomes and Competences

Educating well-informed engineers about world and country energy problems and making

them environmentally-conscious.


- John W. Twidell and Anthony D.Weir, Renewable Energy Resources , Printed in Great Britain at

The Universty Press.Cambridge.

-Mustafa ACAROĞLU, A lternatif Enerji kaynakları,Nobel yayın Dağıtım A.Ş.

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)




Term Paper (Projects,reports, .)




Other X 5


1 2 3 4 5 6 7 8 9 10 11 12 13 14

Energy related concepts. Turkey and world energy problem, values of energy consumption and energy production. Energy resources. Thermodynamic cycles. Fuels used in thermal and nuclear power plants and combustion. Thermal power plants, common fuels, determining location. Elements used in thermal power plants. Nuclear power plants, nuclear fission and fusion, nuclear fuels. Elements of nuclear power plants and determining location. Electricity generation from geothermal energy. Wind energy. Electricity generation from solar energy. Other energy resources and energy storing. Power plants and environment



Web Adresi



Course Title:

New and Renewable Energy Resources Code: MKM 5129




Field Study

Homework Other Total T+A+L=Credit ECTS

42 - - 62 50 50 204 3+0+0=3 6

Semester Autumn Course Language Turkish

Course Type

Basic Scientific

Basic Scientific

Technical Elective

Social Elective

Course Objectives

The purpose of the course is to give the methods to the students about how to use renewable energy sources and direct students to search in this subject.


• to understand the significance of renewable energy resources development and

utilization, • to acquire the techniques in various fields to exploit the renewable energy resources, • to understand the factors in effective utilization of energy resources,


-M.M.el-Wakil Powerplant Technology, McGrow-Hill İnternational Ed ition

-Archie W. Culp,Prenciples of Energy Conversion, McGrow-Hill İnternational Ed ition

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)




Term Paper (Projects,reports, ..)




Other X 5


1 2 3 4 5 6 7 8 9 10 11 12 13 14

Energy sources, energy types and classification, Principles of renewable energy Solar Energy introduction, sun-earth geometric relations, solar radiation Solar energy collectors, Other uses for solar heat and cool Photovoltaic energy conversation Geothermal Energy, introduction, types of Geothermal Energy, Vapor-dominated, liquid-dominated and other geothermal systems Wind Energy, history of wind power, principles of wind power, wind turbine types Biofuels, biofuel classification, Biogas, Alcohols, Vegetable Oils, Hydrogen energy, Hydro-power The Other Energy Types Environmental Impact of energy systems Wave Energy, tidal energy, energy storage and distribution



Web Adresi



Course Title: S UBCOOLING

Code : MKM 5101

Institute: SCIENCE AND TECHNOLOGY

Field: MECHANICAL ENGINEERING



T+A+L=Credit ECTS

48 0 0 30 78 156 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

Understanding subcooling technique and selecting criteria


LO1. The need for low temperature refrigeration system determines the necessary processes were heard, and can design LO2. Students know liquefaction of gases, separation of gases, food freezing,etc.


Refrigeration and Air-Conditioning, Richard C. Jordan, Prentice-Hall, 1948 Refrigeration Systems and Applications, Dinçer İ., Ed.2.,Wiley, 2010

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)



Homework X 30 Term Paper


Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Joule experiment and Joule-Thomson effect

Thermodynamic properties of gas and vapour

Need of subcooling and measuring Subcooling by ice- brine mixture

subcooling by expanding of gas and evaporating of liquid

Cascade Systems

Explain of Joule Thomson effect and thermodynamic analysis

magnetic subcooling magnetic subcooling

liquefy of air

Linde method

Claude Method

Production dry ice Unreachable status of absolute zero degree

Instructor/s Asst. Prof. Dr. Enver YALÇIN


Website http://mmf.balikesir.edu.tr


Course Title: Various Cooling Systems

And Design

Code : MKM 5201





T+A+L=Credit ECTS

48 0 0 30 78 156 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

Introduce applicable cooling systems instead of vapour compressed cooling systems


LO1. Students know alternative cooling systems used in the application. LO2. Students can select suitable system to energy sources and design it.

LO3. Students can compare subcooling systems to each other.


Refrigeration and Air-Conditioning, Richard C. Jordan, Prentice-Hall, 1948

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Vortex tube Thermoelectric cooling Magnetic cooling Air cycle cooling system Air cycle cooling system Steam-jet cooling system Thermodynamic analysis of steam-jet cooling system Thermodynamic analysis of steam-jet cooling system Absorption refrigeration Thermodynamic analysis of absorption refrigeration Absorption refrigeration and examples of application Vacuum precooling Subcooling systems Subcooling systems

Instructor/s Asst. Prof. Dr. Enver YALÇIN




Course Title: CORROSION ENGINEERING

Code : MKM 5210

Institute: SCIENCE AND TECHNOLOGY Field: MECHANICAL ENGINEERING




ECTS

42 0 0 70 92 204 3+0+0=3 6


Course Type

Basic Scientific


Social Elective

Course Objectives

Metals and alloys used in industry, are exposed to different types of corrosion processes in environments. The main tasks of the engineers are to know corrosion processes, taking action against them and to extend the life of structures.


To have knowledge about corrosion behaviors of metals.


Korozyon ve Önlemleri Prof.Dr.Mustafa DORUK ODTÜ Metalurji Müh. Bölümü Yayın No: 70 Corrosion Engineering, Fontana, M.G. N.D. Greene Mc Graw-Hill, New York 1978 Corrosion and Corrosion Control Uhlig, H. H. John Wiley and Sons Inc. New York, 1971

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Conductivity Obtaining electrical energy from chemical reactions Electro-chemical batteries Transported and nontransported chemical batteries Transported and nontransported concentration batteries Ph and measurement of Ph General definition of corrosion Thermodynamic approach to corrosion Differences between Electrochemical voltage series and galvanic series Types of corrosion encountered in constructions Measures against corrosion, reducing the conditions that lead to corrosion using suitable design Partial or complete removal of the media aggression Surface coatings for protection. Cathodic protection is a method and application techniques Corrosion-resistant materials selection

Instructor/s Asst. Prof. Dr. Gürol DEMİRBAŞ




Course Title: MATERIAL

THERMODYNAMICS

Code : MKM 5110

Institute: SCIENCE AND TECHNOLOGY Field: MECHANICAL ENGINEERING



T+A+L=Credit ECTS

42 0 0 70 92 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

A lot of thermodynamical parameters have to be known to calculate the corrosion trend of metals.


To have information about the corrosion tendency of materials.


CEBE,M.,Fizikokimya Cilt 1 Uludağ Üniversitesi Basımevi 1987 PEKİN,B.,Fizikokimya Dersleri Cilt 3 E.Ü.Fen Fak.Kitapları Serisi No27 1978 BARROW, N.G,.Physical Chemistry McGraw-Hill Kogagusha Ltd. Tokyo 1973 CEBE,M., Atom ve Molekül Kimyası , Ezgi Kitapevi Yayınları Mart 1991 Bursa.

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

First law of thermodynamics and energy

Properties of energy Determining of energy changes

Second law of thermodynamics

Entropy and its properties

Relation between systems entropy and the other manner variables

Entropy as volume and heat function Entropy as pressure and heat function

Free enthalpy

Free energy

Four basic equations of thermodynamics

Properties of free energy and free enthalpy Effect of pressure and heat on free energy

Dependence of free enthalpy on heat (Gibbs-Helmholtz equations)

Instructor/s Asst. Prof. Dr. Gürol DEMİRBAŞ




Course Title: METALLOGRAPHY Code:MKM5222


Technology



Lectur

e Application Lab.

Project/

Field Study

Hom

ewor

k

Othe

r Total

Credit

T+A+L=Credit ECTS

42 - - - 70 92 204 3+0+0= 3 6


Course Type Basic

Scientific

Scient

ific

Technical

Elective

Social

Elective

Course

Objectives

Making the microstructure control in metals, observing the variation between microstructure and

property, examin ing the microstructure in special structures

Learning

Outcomes

and

Competencies

To gain the ability of preparing standard samples for microstructure observation

To gain the ability of knowledge and experience on types of phases and distribution of them.

To gain the ability of relating the property and microstructures,

Can contribute for the right and quality production.

Textbooks

and /or

References

1. Prof.Dr. A. Emel GEÇKİNLİ, Metallography, İ.T.Ü.,No:1391 (1989).

2. Prof.Dr. Serdar SALMAN, Dr. H.Özkan GÜLSOY, The Science of Metallography,

Nobel Yayın Dağıtım, (2004).



If any,

mark as (X)

Percent

(%)

If any,

mark as

(X)

Percent

(%)



Homework Term Paper





Other

Week Subjects

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Introduction

The relations between microstructure and property of metallic materials

Metallurgy(optic) microscope, its definition, objective and properties

Objective defects, light sources

Examining methods in microscope

Sample preparat ion for optic microscope and pre-treatments

Polishing, polishing methods and instruments

Etching and its types

Preparation of ceramic materials for metallographic investigation

Metallographic methods for aluminium and its alloys

Macro and micro examination of alumin ium alloys and solidification structure of a lumin ium

ingots

Solification structure of pure, single phased and eutectic systems

Cold deformed and recrystallized structures

The structure of Iron-Carbon Alloys

Instructor/s Yard. Doç.Dr. Gülcan TOKTAŞ


Website ---

POST GRADUATE COURSE DETAILS

Course title: Applied Numerical Analysis Code : MKM5236 Institute: Science and Technology Field: Mechanical Engineering


Lecture Application Laboratory Project/ Field Study

Homework Other Total T+A+L= Credits

ECTS

42 0 0 0 70 128 240 3+0+0=3 6

Semester 2 Language Turkish/English

Course Type Basic Scientific

Scientific

Technical Elective

Social Elective

Course Objectives

To teach the numerical solution methods to solve the mathematical models that represents physical systems which are not be analytically solved or have complicated and long analytical solution in engineering.


LO1: to select a suitable numerical methods for a mathematical problems LO2: to apply numerical method on engineering problems LO3: to find the best solution for the numerical problems and to make error analysis LO4: to solve linear and non-linear equations and apply engineering problems LO5: to use interpolation methods and apply engineering problems LO6: to use methods of numerical differentiation and numerical integration and apply engineering problems LO7: to apply curve fitting methods to various data or experimental values

Textbook and/or Referances

1. Sayısal Analiz ve Mühendislik Uygulamaları, İrfan Karagöz, Nobel Yayın, 2008. 2. Applied Numerical Analysis, C.F. Gerald, P.O. Wheatley, Addison Wesley Pub., 1984. 3. Mühendisler için Sayısal Yöntemler, S.C. Chapra, R.P. Canale, Literatür Yayınları,İstanbul, 2003 4. Sayısal Analiz, B. Çağal, Seç Yayıncılık, 1989.

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)



Homeworks Term Paper

Term Paper (Projects,reports, .)

Oral Examination



Other

Weeks Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

-Solving Engineering Problems And Quantitate and Analysis -Numbers, Error and Error Sources -Degree of Accuracy in Numerical Calculations and Computer Accuracy -Numerical Solution Methods and applications of Non-Linear-Equations -Numerical Solution of Linear Equations Systems and Engineering applications -Taylor Series Expansions -Finite Difference and Finite-Difference Tables -Interpolation and Engineering Applications -Statistics and Regression Analysis, -Least Squares Method and Engineering Applications -Numerical Integration and Engineering Applications -Numerical Differentiation and İts applications -Initial Value Problems and İts applications -Partial Differential Equations and Boundary Value Problems

Instructor Assistant Prof. Dr. Gülşen Yaman


Website


Course Title:

Transformat ion of Engineering Systems

Code : MKM 5216


Technology




Field Study

Home

work Other Total

Credit

T+A+L=Credit ECTS

42 - - 64 44 54 204 3+0+0= 3 6


Course Type Basic

Scientific Scienti

fic Technical

Elective Social

Elective

Course

Objectives To give the basic principles to transformat ion of engineering systems.

Learning

Outcomes

and Competencies

Gain ing the skill of solving and learning transformation methods in engineering.

Textbooks

and /or References

1) Bayrakçı H. Ergun, “Lineer Sistemlerin Mühendislik Matemat iği”, Çağ layan Kitabevi, İstanbul,

1991.

2) Ogata K., “Modern Control Engineering”, Prentice-Hall Englewood Cliffs, 1990.

3) Yüksel İbrahim, “Sistem Dinamiği ve Denetim Sistemleri-Otomatik Kontrol”, U. Ü. Basımevi,

Bursa, 1995.

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent

(%)

If any,

mark as (X)

Percent

(%)



Homework Term Paper

Term Paper, Project




Other

Week Subjects

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Distribution functions in engineering systems.

Orthogonality and unity.

Unity functions.

Fourier series and integrals.

Fourier transforms.

Parseval Teorem.

Laplace transform and inverse, lap lace transforms.

Laplace transform applicat ions.

Continuous transforms in systems.

Angle and pulse width modulation.

Amplitude modulation.

Z transforms and applications.

First and final value teorems.

Sampling and quantation.

Instructor/s Yrd. Doç. Dr. Hayrettin YÜKSEL


Website w3.balikesir.edu.tr/~hyuksel/


Course Title:

Modelling of Engineering Systems

Code : MKM

5120


Technology




Field Study

Home

work Other Total

Credit

T+A+L=Credit ECTS

42 - - 64 44 54 204 3+0+0= 3 6


Course Type Basic

Scientific Scienti

fic Technical

Elective Social

Elective

Course

Objectives To give modeling princip les of Engineering Systems .

Learning

Outcomes

and Competencies

Gain ing the skill of solving systems in engineering.

Textbooks and /or

References

1) Ercan YÜCEL, “Mühendislik Sistemlerinin Modellenmesi ve Dinamiği”, Gazi Ü., Ankara,

1992.

2) Ogata K., “System Dynamics”, Prentice -Hall Englewood Cliffs, 1992.

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent

(%)

If any,

mark as (X)

Percent

(%)



Homework Term Paper


Oral Examination



Other

Week Subjects

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Mechanic system elements.

Translational and notational mechanic systems.

Elements of mechanic transform.

Vibrat ion of one and two degrees of freedom systems.

Vibrat ion of one and two degrees of freedom systems.

Electrical, fluid ic and thermal components.

Electrical, fluid ic and thermal components.

Vider look at dynamical components.

Calculation of mathemat ical models.

Generation of linear graphs.

Closed-chain elements graphs.

Modeling errors.

Hybride components.

Simpler calculat ion techniques of mathemat ical models.





Course Title: Vehicle Body and Chasis

Design

Code : MKM

5108


Technology




Field Study

Home

work Other Total

Credit

T+A+L=Credit ECTS

42 - - 64 44 54 204 3+0+0= 3 6


Course Type Basic

Scientific Scienti

fic Technical

Elective Social

Elective

Course

Objectives To give basic elements and calculations of Vehicle Design.

Learning

Outcomes

and Competencies

Gain ing the skill of projecting body and chassis in vehicles.

Textbooks

and /or

References

1) EREKE M., “Şasi ve Karoser Tasarımı”, İ. T. Ü. Otomotiv ABD, 1988.

2) Reimpell J., Stoll H., “The Automotive Chassis; Engineering Princip les”, London, 1996.

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)



Homework Term Paper

Term Paper, Project




Other

Week Subjects

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Vehicle Technology, Light Motor Vehicles; salon car, coupe, convertible, estate car, pick -up. Commercial vehicles and

dimensions.

Lorries, Rigid Trucks, classification of a rig id truck.

Chassis construction.

Chassis operating conditions.

Chassis-member sections.

Chassis side-and cross-member jo ints-and fastening.

Types of chassis having special characteristics.

Behaviour of chassis under dynamic loading, chassis progress.

Rigid Body Construction and spoilers.

Light frame and Resistant.

Rigid body bounce/pitch motions.

Body Aerodynamics Design.

Shape Optimization of Rear End and Front Face for a Road Vehicle.

Effect of flush glass mountaing and vehicle glasses.





Course Title:

Advanced Calcu lating Methods Within

Vehicle Design

Code : MKM 5207

Institute: Institute of Science and Technology




Field Study

Home

work Other Total

Credit

T+A+L=Credit ECTS

42 - - 64 44 54 204 3+0+0= 3 6


Course Type Basic

Scientific Scienti

fic Technical

Elective Social

Elective

Course Objectives

To give advanced calculating methods of Vehicle Design.

Learning

Outcomes

and

Competencies

Gain ing the skill of solving problems in vehicle design.

Textbooks

and /or

References

1) Mottram J. Toby & Shaw C. T., “Using Fin ite Elements in Mechanical Design”, McGraw-Hill

Book Comp., 1996.

2) Ereke Murat, “Şasi ve Karoseri Tasarımında İleri Hesap Yöntemleri”, İ. T. Ü. Otomotiv ABD,

1988.

3) Göktan Ali, “Taşıt Tasarımı”, İ. T. Ü. Matbaası, 1992.

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent

(%)

If any,

mark as (X)

Percent

(%)



Homework Term Paper

Term Paper, Project




Other

Week Subjects

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Main criterions in chassis design.

Forming suitable chassis.

Types of different chassis.

Solidity torsional.

Relationship between vehicle types and different chassis.

Carrying body without chassis on different vehicles.

Body of car and commercial vehicle.

Unit Force Method on a chassis frame and Automobile body.

Force method, izostatic and hiperstatic systems.

Carrying Matrix Method.

Bending of chassis in the horizontal plane, torsion of chassis, bending vibrations of chassis.

Displacement Method, Equations of displacement method, Automobile body.

Using Fin ite Elements in Mechanical Design for a vehicle.

Overview of the modern Fin ite Element Method.





Course Title: Mechanics of Off-Road

Vehicles Code : MKM 5107

Institute: Institute of Science and Technology




Field Study

Home

work Other Total

Credit

T+A+L=Credit ECTS

42 - - 64 44 54 204 3+0+0= 3 6


Course Type Basic

Scientific

Scienti

fic

Technical

Elective

Social

Elective

Course

Objectives To give basic elements and calculations of Off-Road vehicles.

Learning Outcomes

and

Competencies

Gain ing the skill of projecting main elements in mechanical engineering.

Textbooks

and /or

References

1) Harzad ın G., “Yol Dışı Araç Mekaniğ i”, D. E. Ü. Bornova, 1983.

2) Wong J. Y., “Theory of Ground Vehicles”, John Wiley and Sons, Inc., 1993.

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent

(%)

If any,

mark as (X)

Percent

(%)



Homework Term Paper


Oral Examination



Other

Week Subjects

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Fundamentals of off–road vehicles dynamics.

Tractive Force, Effect of rolling resistance.

Soil reaction on wheel traction, Friction Rolling Moment on front wheel.

Cornering Properties of Wheel.

Geometry of a Turning Off-Road Vehicle.

Tractor three point hitches and mounted tools.

Side Draft and Stability.

Drawbar pull and power, Drawbar performance.

Mechanics of Vehicle Terrain, Interacting Terramechanics.

Distribution of Stresses in the Terrain under Vehicular Loads.

Stability of Tracked Vehicle, Pressure Distributions at a depth of the soil surface under tracked vehicles.

Tractive Effort and Slip o f a Track, Motion Resistance.

Drawbar Pu ll as Functions of Track Slip.

Gearbox Construction and Operation.





Course Title:

Acoustic and Wave Mechanics Code :MKM 5135

Institute:Institute of Science and Technology





ECTS

42 70 92 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

Introduction to acoustic and wave propagations.


LO1.Understanding the terminology of acoustics and basic wave mechanics.

LO2.Terminology of acoustic

LO3.Solutaion of acoustic problems

LO4.Solutaion of acoustic problems in engineering applications.


1.Bies, P.A.; Hansen, C.H., Engineering Noise Control. Unwin-Hyman.1988.

2.Kinsler, L.E.; Frey, A.R., Fundamentals of Acoustics.3rd., John&Wiley,1982.

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)



Homework x 5 Term Paper


Oral Examination



Other x

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Terminology of acoustic

Characteristics of waves

Derivation of wave equation Solution of wave equation

Standing waves

Emission phenomena

Acoustic intensity and Reflection

Spherical acoustic waves Spherical Emission(Spherical Source)

Spherical Emission(Basic and Linear Source)

Intencity distribution

Emission from linear and superficial source

Case studies-1 Case studies-2

Instructor/s Ass.Prof.Dr.Hüray CAN


Website huraycan.baun.edu.tr


Course Title: Advanced Machinery Vibration Code : MKM 5234 Institute: Institute of Science and Technology Field: : Mechanical Engineering



T+A+L=Credit ECTS

42 70 92 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

Determination of equations of motion and investigation of vibrations of multi -degree of freedom

systems.


LO1.Understanding of fundementals in the investigation of multi -degree of freedom system

vibration.

LO2. Solution of Equation of Motion and Vibration Modes; analytical Methods LO3.Solutaion vibration problems

LO4. Numerical Methods and Computational Analysis of Vibrations and Mode Shapes


1.Meirovitch,L.(1986). Elements of Vibrat ion Analysis.Singopure:McGraw Hill.

2. Inman,D.J.(2001).Engineering Vibraion.New Jersey:Prentice Hall.3.

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination



Other X

Week Subjects

1

2 3

4

5

6

7 8

9

10

11

12 13

14

Vibrations of Multi-Degree of Freedom Systems with and without Damping

Systems with viscous, Hysterestic and Coulomb Damping Determination of Equation of Motion with Newton Method

Lagrange Method, Energy Method and Generalized Coordinates

Influence Coefficients, Patantial and Kinetic Energy Exoressions in Matrix Form

Generalized Coordinates and Generalized Forces

Eigenvalue Problem and Response Solution of Equation of Motion and Vibration Modes; analytical Methods

Numerical Methods and Computational Analysis of Vibrations and Mode Shapes

Determination of Natural Frequencies and Modes Shapes

Holzer’s Method, Matrix Iteration Method, Jacobi’s Method

Orthogonality of Normal Modes, Expansion Theorem Unrestrained Systems

Predictive Maintenance and Some Case Studies from the Industry

Instructor/s Ass.Prof.Dr.Hüray CAN


Website huraycan.baun.edu.tr


Course Title: ADVANCED HVAC

Code : MKM5139





T+A+L=Credit ECTS

42 0 0 0 70 92 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

Understand the basic knowledge and technologies in building automation and management systems


Building management systems recognize and classify the components. Select devices and equipment that are required for a building management system


T.Merz, T. Hansemann, C. Hübner, Building Automation, Springer 2009. Barney L. Capehart, Lynne C. Capehart, Web Based Enterprise Energy and Building Automation Systems, 2007. Honeywell, Automatic Control for Engineering Manual of Commercial Buildings, 1997.

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Control Fundamentals Electric Control Fundamentals Electronic Control Fundamentals Microprocessor-Based/DDC Fundamentals Building Management System Fundamentals Air Handling System Control Applications Building Airflow System Control Applications Chiller, Boiler, and Distribution System Control Applications Individual Room Control Applications The Difference Between Building Automation and Building Control The Structure of Building Automation and Control Networks Energy Management Functions Fire Control Strategies. Security and Lighting Control Strategies

Instructor/s Assoc. Prof. Dr. Hüseyin BULGURCU


Website http://w3.balikesir.edu.tr/~hbulgurcu


Course Title: ADVANCED HVAC

Code : MKM5237






ECTS

42 0 0 0 70 92 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

Understands advanced calculation methods used in HVAC field.


Classify and select air conditioning systems Discuss the working principle with suitable diagrams, advantages, disadvantages and applications of different types of all air systems, all water systems, air-water systems and unitary refrigerant based systems.


Krieder, JF - Handbook of Heating Ventilation and Air Conditioning [CRC Press 2001]. W. P. Jones, Air Conditioning Engineering, Elsevier Science & Technology Books , January 2001. Shan K. Wang, Handbook of Air Conditioning and Refrigeration, McGraw-Hill, 2001.

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction Psychrometrics Heat and Moisture Transfer through Building Envelope Indoor and Outdoor Design Conditions Load Calculations Heating Systems, Furnaces, and Boilers Air Systems: Components—Fans, Coils, Filters, and Humidifiers Air Systems: Equipment—Air-Handling Units and Packaged Units Air Systems: Air Duct Design Air Systems: Space Air Diffusion Air Systems: Basics and Constant-Volume Systems Air Systems: Variable-Air-Volume Systems Air Systems: Minimum Ventilation and VAV System Controls Improving Indoor Air Quality

Instructor/s Assoc. Prof. Dr. Hüseyin BULGURCU


Website http://w3.balikesir.edu.tr/~hbulgurcu


Course Title: Computer Aided Engineering





42 0 0 62 50 50 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

Learning the Analysis software based on the Finite Element Method. Improving the modeling and meshing skill. Defining the material properties and element types.


Successful engineering approach to real Engineering problems and solving them with analysis softwares.


---

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)








Other X 5


1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction General algoritm of F.E.M. Introduction to ANSYS Code Simple Modeling with 3D Modeling Editor Importing a CAD file from another Modeling Code Introduction to the Meshing Introduction to the beam, shell and solid element types. Modeling and solving a simple beam system Solving a piping model Solving a sytem cosist of sheet metal. Modeling and solving a solid model. Fundementals of thermal analisys with F.E.M Invetigating the heat element type 3D Thermal analysis.

Course Teacher Ass. Prof. Dr. İlker EREN


Web Adresi


Course Title:

Advenced Engineering Analysis Code: MKM5239





42 0 0 62 50 50 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

Working with Ansys/Ls-Dyna, CFX and other special softwares about Finite Element Method. Each student work with special simulation type related with their thesis subject.


Successful engineering approach to real Engineering problems and solving them with analysis softwares.


---

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)








Other X 5


1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction 3D Finite Element Method Analysis An example to the Contact Algoritm An example to the Geometric Nonlineerity An example to the Material Nonlineerity An example to the Transiant Analysis An example to the Dynamic Analysis An example to the Vibration Analysis An example to the Explicit Analysis (Ls -Dyna) An example to the Analysis with ANSYS/Workbench An example to the Analysis with Unisotropic Materials An example to the Thermal Analysis An example to the Computational Flued Mechanics Analysis (ANSYS/CFX) Offering the individual projects.

Course Teacher Ass. Prof. Dr. İlker EREN


Web Adresi

UNDERGRADUATE COURSE DETAILS

Course Title: MATERIALS SELECTION IN INDUSTRY

Code : MKM5208

Faculty or VS: INSTI. OF SCIEN.& TECHN. Programme: MECHANICAL ENGINEERING



T+A+L=Credit ECTS

48 23 20 62 153 3+0+0=3 6

Semester 1,2,3,4,5,6,7,8 Language Turkish/English

Course Type


Technical Elective

Social Elective

Course Objectives

It is to educate to students known the path to be followed in the selection of the materials used in the construction of the machine.


L.O 1. Ability of understanding the difference between material selection with the classical method and material selection by Prof Ashby method. L.O 2. Ability of understanding what is in one view all of the properties of all materials, L.O 3. Ability of compare and interpreting of two material properties on Material cards, L.O4. Ability of making to the materials selection by using material indices in Prof Ashby method.


1. Prof.Dr.İrfan Ay- the selection of materials in Industry lecture notes – MMF Pubication ,Balıkesir , 2012

2. Prof.Dr.Fehim Fındık – Materials Selection and Applications – Sakarya, 2008.

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)

Midterm Exams 35 Midterm Exams


Homework 5 Term Paper


Oral Examination


Final Exam 60 Other

Other

Week Subjects

1 2

3 4 5 6 7 8 9 10 11

12 13 14

Information on the processing of Course The importance of the selection of materials Material selection-design relationship Classification of materials General factors to be taken into account in selecting materials, The importance of properties in the selection of material Material properties Material property cards Interpretation and representation in material card of the binary properties of materials Material Selection Strategy - classical method and the method of Prof. Ashby Examples of Prof. method Ashby-I-(9 samples) Examples of Prof. method Ashby-II-(6 samples) Formulas and Definitions Summarizing of all subjects

Instructor/s Prof.Dr.İrfan Ay


Website w3.balikesir.edu.tr/~ay/


Course Title: FAILURE ANALYSIS

Code :

MKM 5209




T+A+L=Credit ECTS

48 23 20 62 153 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

to train students to be able to write a report at the result of analysis and make damage analysis of all kinds of materials,


LO.1 - student knows what is mechanisms of damage and damage report writing , LO.2- student knows the causes of damage as a result of wear and fracture, LO.3- student knows the causes of damage as a result of corrosion and creep LO.4- student knows the causes of damage as a result of Fatigue and Welding


1)- Prof.Dr.İrfan Ay- Failure Analysis Course Notes – 2012 2)- Prof. Dr. Hüseyin ÇİMENOĞLU - Prof. Dr. E. Sabri KAYALI - Prof. Dr. Niyazi ERUSLU - Prof. Dr. Mustafa ÜRGEN - Prof. Dr. Yılmaz TAPTIK - Failure Analysis Seminar Notes

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination


Final Exam 60 Other

Other

Week Subjects

1 2

3 4 5 6 7 8 9 10 11

12 13 14

Information on the processing of Course The importance of failure analysis Types of Failure Failures of Fatigue Failures of Fatigue Corrosion damage Corrosion damage Fracture damage Fracture damage Creep damage Creep damage Friction and wear damage Welding damage Welding damage





Course Title: FRACTURE MECHANICS AND FATIGUE

Code : MKM5109





ECTS

48 23 20 62 153 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

to train to the students know the mechanisms of fracture and solve the fracture problems of materials.


L.O 1. Ability of understanding the difference between calculate of the fracture strength by the classical method and fracture mechanics method. L.O 2. Expressing the difference between the fracture toughness measurement methods (Kıc,CMOD,J-Integral) L.O 3. Ability of using to the Fracture mechanics to the Engineering problems L.O4. Ability of solving to the Fracture problems and analysing of them


1. Prof.Dr.İrfan Ay- Fracture Mechanics lecture notes – MMF Pubication ,Balıkesir , 2012 2. Prof.Dr.Agah Uğuz – Introduction to Fracture Mechanics , 3. Prof.Dr.Paşa Yayla –Fracture Mechanics

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination


Final Exam 60 Other

Other

Week Subjects

1 2

3 4 5 6 7 8 9 10 11

12 13 14

Information on the processing of Course Two different solution of a problem by Classical method and Fracture Mechanics method Failure mechanisms Material defects and their causes Stress-strain relationship Accumulation of stress - stress intensity approach

Virtuel work- compliance method- Imbalance R curve Crack tip zone plasticity Methods of fracture toughness (KIC - CTOD - J Integral) Fatigue and fatigue crack Description of Law in Paris Fatique problems Fracture Mechanics applications-I- Fracture Mechanics applications-II-





Course Title: ADVANCED HEAT TRANSFER

Code : MKM5204

Institute: INSTITUTE OF SCİENCE Field: MECHANİCAL ENGİNEERİNG




ECTS

42 - - - 60 102 204 3+0+0=3 6

Semester Autumn/Spring Language Turkish/English

Course Type


Technical Elective

Social Elective

Course Objectives

Derivations of Teoretical heat transfer equations


LO1.learn derivations tecniques of fourier’s heat transfer equation. LO2.learn derivations methods of conservation of mass and momentum. LO3.Heat transfer and fluid flow similarity. Lo4.Heat transfer equations and defines of theirs boundary conditions


Sadık KAKAÇ&Yaman YENER’ Heat Conduction’Taylor&Francis

Sadık KAKAÇ&Yaman YENER’ Heat Convection’,CRC

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction General laws, law of conservation of mass Newton’s second Law of motions,First law of Thermodynamics Second law of thermodynamics,Fourier’s law of Heat Conduction Newton’s law of cooling,Stefan-Boltzmann law of Radiation Governing equations of Convective heat transfer,continuity equations Momentum equations of Boundary layer, energy equations,boundary layer&Laminar flow Momentum equations and Energy equations of Boundary layer Fluid friction and heat transfer The integral method for momentum equation Equation of laminar forced flow over the flat plate layer. Problems Problems Problems

Instructor/s Asist.Prof.Dr.Kadir YAŞAR


Website www.balikesir.edu.tr



Course Title: ADVANCED FLUID MECHANIC

Code : MKM 5105

Institute: INSTITUTE OF SCİENCE Field: MECHANİCAL ENGİNEERİNG



T+A+L=Credit ECTS

42 - - 60 102 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

Teoretical knowledge of flow equations definition


LO1.learn derivations tecniques of mass ,energy and momentum equations. LO2.learn derivations methods of total energy diferential equation LO3.importance of thermal field. Lo4.Boundary equations and defines of boundary layer thickness


A.J.RAUDKIVI & R,A.CALLANDER ‘ADVANCED FLUID MECHANICS and INTRODUCTION’

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction, Equation of Continuity, The Equations of Motion Vorticity Equations,persistence of Circulation,Irrotasyonal Flows Integration of the Euler equations Fundamental equations which govern fluid flow, Navier-Stokes equation and its derivations Navier-Stokes equation and its derivations Laplace Equation,three dimensional sources Boundary layer concept and laminar boundary layer equations Taylor teorem,Forces and moments,ıntegral equations. Two dimensional ırrotasyonal flows,Blasius teorems Problems problems

Instructor/s Asist.Prof.Dr.Kadir YAŞAR


Website www.balikesir.edu.tr



Course Title:

ELASTICITY THEORY Code : MKM5103

Institute:FBE Field: MECHANİCAL ENGİNEERING



T+A+L=Credit ECTS

42 70 92 204 3 6


Course Type

Basic


Technical

Elective

Social

Elective

Course

Objectives To give information abut elastici ty theories

Learning Outcomes

and Competencies

To be comprehence elastic properties of the materials in two and three dimensional medium


THIMOSHENKO, S., GOODIER, J., N., “Theory of Elastici ty”, Mc-Graw Hill Company.

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent

(%)

If any,

mark as (X)

Percent

(%)



Homework Term Paper

Term Paper, Project Reports , etc.

Oral Examination


Final Exam Other

Other

Week Subjects

1 2 3 4 5 6 7 8 9

10 11 12 13 14

Introduction Two dimensional stress and strain analysis Two dimensional stress and strain analysis 2D problems at Cartesian co-ordinates 2D problems at Cartesian co-ordinates 2D problems at polar co-ordinates 2D problems at polar co-ordinates Deformation energy method Deformation energy method 3D stress and strain analysis 3D stress and strain analysis Elementary problems at 3D elasticity Elementary problems at 3D elasticity Thermal stress analysis

Instructor/s Yrd. Doç. Dr. Mehmet İREN


Website


Course Title:

FINITE ELEMENT METHOD

Code : MKM5211

Institute:FBE Field: MECHANICAL ENGINEERING




ECTS

42 70 92 204 3 6


Course Type


Technical Elective

Social Elective

Course Objectives

To give the theories of Finite Element Method

Learning Outcomes and

Competencies

To comprehence fini te element method concept


Zienkiewicz, O.,C.,” The Finite Element Method for Solid and Structural Mechanics” ELSEVİER

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)



Homework Term Paper


Oral Examination


Final Exam Other

Other

Week Subjects

1 2 3 4 5 6 7 8 9

10 11 12 13 14

Introduction Necessity of approximate solution Numerical approximation Nature, advantage and disadvantage of FEM Application field of FEM Problem types of FEM Introduction of FEM approximation Element types of FEM Interpolation functions Obtaining of element equations Solution of system equation Solution of elasticity equation in 2D space Solution of Laplace’s equation in 2D space Preparation of related computer programme



Website


Course Title:

INTRODUCTION TO THE OPTIMUM DESIGN

Code : MKM5212

Institute:FBE Field: MECHANİCAL ENGINEERING




ECTS

42 70 92 204 3 6


Course Type


Technical Elective

Social Elective

Course Objectives

TO give the design concept and optimisation


Competencies

To comprehence optimum design concept concept


Stoecker, W., F., “Dizayn of Thermal Systems”, Mc-Graw Hill

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)



Homework Term Paper


Oral Examination


Final Exam Other

Other

Week Subjects

1 2 3 4 5 6 7 8 9

10 11 12 13 14

Introduction Problem formulation at IOD Optimisation of two rod system Variables of design Cost function, design depends Examples of problem formulation at optimum design A general mathematical model for optimum design Graphical optimisation, concept of optimum design Methods of linear programming of OD Numerical methods of independent OD Numerical methods of dependent OD Interactively design optimisation Practical design optimisation Economically analysis.



Website


Course Title:

VARIATIONAL CALCUL US IN ENGINNERING

Code : MKM5111

Institute:FBE Field: MECHANİCAL ENGINEERING




ECTS

42 70 92 204 3 6


Course Type


Technical Elective

Social Elective

Course Objectives

To give the information about the application of the variational calculus


Competencies

To solve the problems of mechanics by the principles of of the variational calculus


Stoecker, W., F., “Dizayn of Thermal Systems”, Mc-Graw Hill

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)



Homework Term Paper


Oral Examination


Final Exam Other

Other

Week Subjects

1 2 3 4 5 6 7 8 9

10 11 12 13 14

Maximum and minimum

Natural and transition boundary condition

Variational notation

General state, dependence and Lagrange’s multiplies

Variable end points, Sturm-Liouville’s problem

Hamiltonian principle

Lagrange’s equation

Generalised dynamic problems

Dependencies at dynamic systems

Little vibrations about equilibrium

Natural coordinates

Variational problems of elasticity

Variational problems of elastic plate

Rayleigh-Ritz’s method



Website


Course Title:

APPLIED MATHEMATICS IN MECHANICAL ENGINEERING

Code :

MKM5143

Institute:FBE

Field: MECHANİCAL ENGINEERING



T+A+L=Credit ECTS

42 70 92 204 3 6


Course Type

Basic


Technical

Elective

Social

Elective

Course

Objectives Applications of the mathematical methods in mechanical engineering field

Learning Outcomes

and Competencies

Setting up the mathematical model for solving problems at real life


Erwin Kreyszig, “Advanced Engineering Mathematics” Jhon Wiley and Sons , Inc. Stanley I. Grossman, William R. Derrick, “Advanced Engineering Mathematics”, HarperCollins, Inc

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent

(%)

If any,

mark as (X)

Percent

(%)



Homework Term Paper


Oral Examination


Final Exam Other

Other

Week Subjects

1 2 3

4 5 6

7 8 9

10 11 12 13

14

Ordinary Differential Equations. (ODEs), First-Order ODEs, Second-Order Linear ODEs Higher Order Linear ODEs, Systems of ODEs. Phase Plane. Qualitative Methods

Series Solutions of ODEs. Special Functions, Laplace Transforms Matrices, Vectors, Determinants. Linear Systems, Ma tr ix Eigenvalue Problems,

Vector Differential Calculus. Grad, Div, Curl, Vector Integral Calculus. Integral Theorems Fourier Series and Par tial Differential Equations (PDEs),

Integrals, and Transforms, Par tia l Differential Equations Complex Numbers and Functions, Complex Integration, Power Series, Taylor Series, Conform a I Mapping, Complex Analysis and Potentia l Theory Numeric Analysis, Numeric L inear Algebra, Numerical Analysis for ODEs and PDEs

Data Analysis. Probability Theory, Mathematical Statistics,



Website


Course Title:

ENERGY MANAGEMENT IN

INDUSTRY

Code :

MKM5227

Name of the Programme:

MECHANICAL ENGINEERING


Lecture Application Laboratuary Project/

Field Study

Hw. Other Total Credit= T+A+L

ECTS

42 0 0 0 70 92 204 3 6


Course Type

Basic Scientific

Scientific

Technical Elective

Social Elective

Course Contents

Energy efficiency, Economic analysis methods, waste heat regain


LO1. To understand and solve the energy systems LO2. Creating Balance equations of equilibrium LO3. Energy conservation and efficiency to solve the issue of

LO4. Perform economic analysis of energy use


www.eie.gov.tr Energy management in industrial sector, eie publications, (4 volume) and other publications on energy management

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)


Quizzes - - Midterm Controls

Homeworks X - Term Paper


X - Oral Examination

Laboratory Work - Final Exam


Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction to lesson, Basic information Energy economy methods. Measuring devices and measuring techniques. Burning systems Increasing the energy efficiency in boilers Steam based systems. Insulation techniques and furnaces Electrical systems and energy saving in lighting Compressed air. Drying processes Energy recovering systems. Electrical analysis methods Fossil and alternative energy resources Co-generation power systems.

Instructors Assoc.Prof. Dr. Nadir İLTEN

e-mail [email protected],

http://www.eie.gov.tr/



Course Title: Burning Technologies

Code : MKM 5115

Institute: SCIENCE Field : MECHANICAL ENGINEERING

Education and Teaching Methods Credits Lecture Application Laboratuary Project/

Field Study Hw. Other Total Credit

T+A+L=Credit ECTS

42 0 0 0 80 82 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

The learn of burn and combustion systems


LO1. Compare the properties of fuels

LO2. Create combustion reactions

LO3. To establish the relationship between the combustion energy

LO4. Make the choice according to the fuel used in combustion systems


Çengel, Y. “Mühendislik Yaklaşımıyla Termodinamik, McGraw-Hill, Çev. Taner Derbentli, 1996. Kenneth, K “Principles of Combustion”, John Wiley,Sons, 1986

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)


Quizzes x Midterm Controls

Homeworks X Term Paper


Oral Examination



Other

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction, Combustion information, Fuels, Burning reactions, Coal burning technologys, Grill burning systems, Pulverize coal burning systems, Fluidized bed combustion systems, Liquid fuel burning technologys, Fuel oil burning systems, Consumption engines, Gas fuel burning technologys, Natural gas burning tecnologys, Condensation burning systems.

Instructors Assistant Prof.Dr. Nadir İLTEN


Website


Course Title: Solidification Kinetic and Microstructure

Code : MKM 5226

Institute:Science Institute Field: Mechanical Engineering



T+A+L=Credit ECTS

42 - 20 - 80 62 204 3+0+0=3 6


Course Type

Basic Scientific


Social Elective

Course Objectives

Students with internal structural characteristics of materials change shape to give the necessary information to interpret the relationship between behavior, taking advantage of the data in the literature to students of materials fatigue and fracture behavior to identify and acquire the ability to use these designs,


LO1.Know mechanisms of nucleation and solidification of pure materials and alloys . LO2. Understand crystal structures and the effects of crystal defects on material properties. LO3. Understand the diffusion concept and laws and its effects on material properties. LO4. Acquire advanced theoretical knowledge about the mechanical behaviour of materials. LO5. Gain the ability to look into the problem and to give an engineering analysis.


W. F. Simith, Translation: N. Kınıkoğlu, Malzeme Bilimi ve Mühendisliği, 2001; W.D. Callister, Translation Editor: K. Genel, Malzeme Bilimi ve Mühendisliği, 2013 D.R. Askeland, Translation: M. Erdoğan, Malzeme Bilimi ve Mühendislik Malzemeleri I – II, 2002 Solidification Kinetic and Microstructure, Lecture notes, Sare Çelik

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination

Laboratory Work x Final Exam


Other x

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Pure metals Phase transformation Transformation mechanism Crystallisation Nucleation Diffusion and segregation TTT transformation diagrams CCT transformation diagrams Mechanical behavior of materials Mechanism of plastic deformation Hot working Cold working Definitions of heat treatments Wear and problems

Instructor/s Assoc. Prof. Dr. Sare ÇELİK




Course Title: Special Welding Methods Code : MKM 5213




T+A+L=Credit ECTS

42 - 20 - 82 60 204 3+0+0=3 6


Course Type

Basic Scientific


Social Elective

Course Objectives

Providing the special welding methods in detail and conveying the contemporary information about these methods and equipment used in these methods to the students.


LO1. Understand the current and special welding methods . LO2. Make suitable welding methods selection for manufacturing LO3. Evaluate special welding methods applied in industry LO4. Know the advantages and disadvantages of welding technics among each other LO5. Know the characteristics of welding technics.


American Welding Society (www.aws.org); E. Kaluç, Kaynak Tekniği I-II, Makine Mühendisleri Odası, 2004 Gourd, L.,M., Principles of Welding Technology, Edward Arnold Publisher; 3.Edition, 1995

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination

Laboratory Work x Final Exam


Other x

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction Developments in welding methods Fusion and pressure welding methods Solid state welding methods Diffusion welding Friction welding Friction stir welding Electron beam welding Laser welding Explosion welding Plasma arc welding Electroslag welding Narrow gap welding Thermit welding




http://www.aws.org/


Course Title: Non Destructive Testing

Code : MKM 5127




T+A+L=Credit ECTS

42 - - - 90 72 204 3+0+0=3 6


Course Type

Basic Scientific


Social Elective

Course Objectives

To give selectable of non-destructive testing methods in depending on materials and construction


LO1. Understand about the non-destructive testing methods used in industry LO2. Select non-destructive testing method to be used to control the work piece. LO3. Determine adaptation of the manufacturing process and the non-destructive testing method in design phase. LO4. Know the equipment used in non-destructive testing method. LO5. Evaluate the data of taking in non-destructive testing method


The American Society for Nondestructive Testing (www.ndt.net), A. Topuz, Tahribatsız Muayeneler, İstanbul 1993 Non Destructive Testing, Lecture notes, Sare Çelik

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)





Oral Examination



Other x

Week Subjects

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Introduction Principles of non destructive testing (NDT) Visual inspection, magnetic particle inspection Eddy current inspection Liquid penetrant inspection Ultrasonic inspection Radiographic inspection Micro control with surface copy Optic Holography Acoustic emission process Thermography process 3D Micro Tomography A range of non destructive methods is available for the inspection of materials Advantages and disadvantages of NDT





Course Title: RAPID PROTOTYPING TECHNOLOGIES

Code : MKM5140

Institute : Science and Technology Field : Mechanical Engineering



T+A+L=Credit ECTS

42 70 92 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

To teach rapid prototyping technics and model preparation principles for 3D printers.


Students will have the knowledge about rapid prototyping techniques and create 3D models and prepare Gcode for them and they manufacture the sample models with an existing 3D printer.


1. Chua, C.K., Leong, K.F., Rapid Prototyping: Principles and Applications in Manufacturing, John Wiley and Sons Inc., 2000.

2. Pham, D.T., Demov, S.S., Rapid Manufacturing: The Technologies and Applications of Rapid Prototyping and Rapid Tooling, Springer-Verlag London Limited, 2001.

3. Hopkinson, N., Hague, R.J.M. and Dickens, P.M., Rapid Manufacturing and Industrial Revolution for the Digital Age, John Wiley and Sons Ltd, Chichester, 2005.

ASSESSMENT CRITERIA


If any,

mark as (X) Percent

(%)

If any, mark as (X)

Percent (%)



Homework Term Paper





Other

Week Subjects

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Introduction: What is rapid prototyping?

3D-modelling for Rapid Prototyping (geometry issues)

How do I get my 3D CAD model to a rapid prototyping process?

What is an STL?

Mesh models and precision

Exporting from different software packages

Getting the .STL correctly into the RP machine software

Presentation of different RP-procedures

Stereolithography (SLA)

Laminated Object Manufacturing (LOM)

Selective Laser Sintering (SLS) / Three Dimensional Printing (3DP)

Fused Deposition Modeling (FDM)

Thermal Phase Change Inkjets / Photopolymer Phase Change Inkjets (PolyJet)

3d Printer Applications (3D print out of sample project implementations)

Instructor/s Assist. Prof. Dr. Yılmaz GÜR




Course Title: High S peed Cutting Technology

Lecture

42

Application

0

Semester

Course Type

Course

Objectives



Basic

Scientific

Code : MKM-5221 Institute: FBE Field:Mechanical Eng.

Total

204

Credits Credit ECTS T+A+L=Credit

3+0+0 6

Turkish

Social

Elective

Education and Teaching Methods Lab. Project/ Homework

Field Study

0 0 70

Spring

Scientific

Language

Technical

Elective

Other

92

To understand HSC technology fundamentals

One knows how to use advantages of HSC technology

Herbert Schulz; Hochgeschwindigkeitsfraesen von metallischer und nicht metallicher Werkstoffen.

.

ASSESSMENT CRITERIA

Theoretical Courses

If any,

mark as (X)

Percent

(%)

40 Midterm Exams

Midterm Controls

- Term Paper

Oral Examination

Final Exam

x

60

-

Other

Project Course and Graduation Study

If any,

mark as (X)

Percent

(%)

Midterm Exams

Quizzes

Homework


Laboratory Work

Final Exam

Other

Week

1 2 3 4

5 6 7 8 9

10 11 12 13 14

Instructor/s

e-mail

Website

x

Subjects

Introduction, Cutting Technology Fundamentals , HSC of Steel

HSC of Copper HSC of light Metal

HSC Tools HSC Machines

Spindel Systems

HSC in Occupational Health and Safety

HSC Control Systems

HSC in Dry Cutting

HSC in Die and Mold HSC in Die and Mold

HSC in Hard Steel Cutting

CAD/CAM System in HSC

Assoc. Prof. Dr. Ziya AKSOY

[email protected]

http://w3.balikesir.edu.tr/~zaksoy


Course Title: Scientific Research Techniques and Research/Publication Ethics





42 0 0 62 50 50 204 3+0+0=3 6


Course Type


Technical Elective

Social Elective

Course Objectives

Research and development is an important train the labor force in the preparation of the project will be presented to organizations that support R & D projects today.


University and to work in the industry and information and cultivating equipment with the capacity to prepare those elements of R & D projects.


---

ASSESSMENT CRITERIA


If any,

mark as (X)

Percent (%)

If any,

mark as (X)

Percent (%)








Other X 5


1 2 3 4 5 6 7 8 9 10 11 12 13 14

R & D What is it ? What is the purpose? Parameters to be taken into account in determining the R & D topics Importance of R & D Business, World Examples of R & D Organizations supporting R & D Projects in Turkey And team-building capabilities in R & D employees to search Identification of priority areas, points to be considered in the writing of project inputs and purpose section Industrial R & D content of the project Innovative Technology Level and Direction Project Preparation Process R & D, R & D for the literature and evaluation Eligibility for the project of writing the Project Plan and Organisation Infrastructure R & D Project Preparation Process; Creation of working in the R & D project costs Economic Benefits and the National to recovery interchangeability of Project Outputs R & D Failure Causes Publication Ethics



Web Adresi


Documents

GRADUATE COURSE DETAILS - fbe.balikesir.edu.trfbe.balikesir.edu.tr/fbe/docs/dersicerikleri/en/makmuh_en.pdf · GRADUATE COURSE DETAILS Course Title: Advanced Strength of Materials