Course Code                               : 0502501

 Course Name                              : Fluid  Mechanics II

 Instructor                                    : Dr. Refet KARADAĞ

 Theoretical/ Practical/Credit       :  3 / 0/ 3

 

Learning Activity

Estimated Time(Hour)

Evaluation

Theoretical Course (14 Week)

3 x 14 = 42

Participation to class

Guided Problem Solving

None

 

Individual Study

3 x 14 = 42

 

Weekly homework problems be solved

None

 

Term project

None

 

Midterm Exams

For Exam            : 3

Individual Study: 12

Closed Book

Final Exam

For Exam            : 3

Individual Study: 12

Closed Book

Quiz (4 Piece)

None

Closed Book

Research (internet / library)

     

 

Other (documentary / movie watching)

 

 

Other (conference, panel, etc.. Attend meetings)

 

 

Total Course Load (Hours)

126

 

 

 

Code of Course & Name

:

0502501 Fluid Mechanics II  

Type of Course

:

Compulsory

Prerequisite/Recommended 

:

Recommend take Thermodynamic I - II and Fluid Mechanic I course.

Semester

:

Fall Semester

Credit

:

3+0+3

Coordinate of Course

:

Dr. Rafet Karadağ and Research Asst. Yusuf Işıker

Division/Department/Program

:

Mechanical Engineering

 

Instructor

:

Prof. Dr. Bülent Yeşilata

Room/Number classroom

:

MM2

Time of course

:

Wednesday (09-12)

Meeting time

:

Wednesday (08-09)

Groups

:

one group

Objective of the Course

:

Learn solution and model to flow  technical

Course Contents

 

:

Two and three dimensional flows, to spread of stress in the fluid, differential analysis of fluid flow, study for two dimension,  non-viscosity continual flow. EULER equation, concept of POTENTIAL FLOWS, IRROTATIONAL FLOWS. Complex potential. Some Basic, Plane Potential Flows: Uniform flow, source and sink flow, vortex, doublet flow. Study of two dimension viscosity to continual flow   NAVIER-STOKES equation, vortex concept, COUTTE flow, POISEUILLE flow. Impression of Reynolds number to over flow. Theory of Border layer: derivation of  PRANDTL equation,

 

Textbook/Recommended

Reading

:

1.        [Akışkanlar Mekaniği – Frank M. White – Türkçesi : Kadir Kırkköprü, Erkan Ayder

Literatür Yayınevi – 2004

2.        Akışkanlar Mekaniği – Habip Umur – Uludağ Üniv. Yayınları – 2001

3.        Akışkanlar Mekaniği – Muhittin Soğukoğlu, Birsen Yayın Dağıtım – 1995  

4.        Akışkanlar Mekaniği – Haluk Örs – Boğaziçi Üniv., 1994

5.        Introduction to Fluid Mechanics – Robert W. Fox , Alen T. Mc Donald, 4th      Edition – John Wiley-Sons - 2001 

6.        Akışkanlar Mekaniği Problemleri, Hasmet Türkoğlu ve Nuri Yücel, Gazi Üniv. – 2002

Üniversite Linkleri

Lehigh Mechanical Engineering

http://www3.lehigh.edu/engineering/meche/

MIT Mechanical Engineering

http://www-me.mit.edu

Purdue Mechanical Engineering

http://me.www.ecn.purdue.edu/ME/

Stanford Mechanical Engineering

http://me.stanford.edu/

Semester Teaching Plan

Week

Subjects

1

Differential analysis of fluid flow

2

differential analysis of fluid flow and application of flow equation

3

Two and three dimension flow equation

4

General derivation of NAVIER-STOKES, EULER, BERNOUILLI equation

5

Concept of POTENTIAL FLOWS, IRROTATIONAL FLOWS

6

midterm exam

7

Complex potential. Some Basic, Plane Potential Flows:  Uniform flow, vortex

8

Source and sink flow, vortex, doublet flow.

9

Study of two dimension viscosity to  constant flow  

10

vortex concept, COUTTE flow,

11

POISEUILLE flow, Impression of Reynolds number to over flow

12

Applications

13

Rational geometry flows, pipe

14

Theory of Border layer:

Form of Assessment

One written midterm exam (40% ); one written final exam (60%)