ME304 Fluid Mechanics
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Course Code  Course Title  Weekly Hours*  ECTS  Weekly Class Schedule  
T  P  
ME304  Fluid Mechanics  3  2  6  Mon 15.0016.50, Wed 12.0013.50  
Prerequisite  MATH202  It is a prerequisite to  
Lecturer  Muhamed Hadziabdic  Office Hours / Room / Phone  Tuesday: 11:0014:00 Thursday: 12:0014:00 

mhadziabdic@ius.edu.ba  
Assistant  Mahir Hafizovic  Assistant Email  mahir.hafizovic@gmail.com  
Course Objectives  The course aims to introduce fundamentals of fluid mechanics, to train students in basic problem solving skills in hydrostatics and fluid dynamics, and make students aware of role of fluid mechanics in various engineering applications and design.  
Textbook  Fluid Mechanics 8th Edition Fluid Mechanics by Frank White, Fluid Mechanics by Yunus Cengel  
Learning Outcomes  After successful completion of the course, the student will be able to:  


Teaching Methods  Class discussions with examples. Active tutorial sessions combined with lab work for engaged learning and continuous feedback on progress.  
WEEK  TOPIC  REFERENCE  
Week 1  Introduction and Basic Concepts  Chapter 1  
Week 2  Pressure distribution in a Fluid  Chapter 2  
Week 3  Pressure distribution in a Fluid  Chapter 2  
Week 4  Integral relations for a control volume (Basic laws of fluid mechanics, Reynolds transport theorem, Conservation of mass and momentum)  Chapter 3  
Week 5  Integral relations for a control volume (Bernoulli equation, Energy equation)  Chapter 3  
Week 6  Differential relations for fluid flow (NavierStokes equations)  Chapter 4  
Week 7  Midterm exam  
Week 8  Differential relations for fluid flow (NavierStokes equations)  Chapter 4  
Week 9  Viscous flows in ducts  Chapter 6  
Week 10  Viscous flows in ducts  Chapter 6  
Week 11  Flow past immersed bodies  Chapter 7  
Week 12  Flow past immersed bodies  Chapter 7  
Week 13  Computational Fluid Dynamics  Chapter 8  
Week 14  Computational Fluid Dynamics  Chapter 8  
Week 15  Summary of the course 
Assessment Methods and Criteria  Evaluation Tool  Quantity  Weight  Alignment with LOs  
Final Exam  1  40  
Semester Evaluation Compenents  
Interm Exam  1  30  
Quiz  1  10  
Assignments  4  20  
*** ECTS Credit Calculation *** 
Activity  Hours  Weeks  Student Workload Hours  Activity  Hours  Weeks  Student Workload Hours  
Lecture Hours  3  15  45  Home Study  3  15  45  
Assignments  5  4  20  Assignments  5  4  20  
Active Tutorials  2  14  28  Final Exam Study  6  1  6  
Total Workload Hours =  150  
*T= Teaching, P= Practice  ECTS Credit =  6  
Course Academic Quality Assurance: Semester Student Survey  Last Update Date: 19/03/2020 
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