1. First Day Material Course identification and general information  Title and code: Thermo-Fluid ME384  Program: mechanical engineering  Level: level 5-10  Credit hours: 1  Course instructor: Eng. Yasir Alfulayyih Course identification and general information  Title and code: Thermo-Fluid ME384  Program: mechanical engineering  Level: level 5-10  Credit hours: 1  Course instructor: Eng. Yasir Alfulayyih 1 Eng. Alfulayyih | ME Dept. | QU | Fall2015

2. First Day Material Course Objectives:  To build up the ability of students in how to measure the various physical properties that involved on the thermodynamics as well as the fluid mechanics courses.  To illustrate experimentally the concepts of various phenomena that involved on both courses.  Ability for the student to communicate effectively with various types of measuring devices with disciplinary via team work or alone.  Broadening as well as enhancing the knowledge level in the student mind for the theoretical different concepts those teach in the classroom. Course Objectives:  To build up the ability of students in how to measure the various physical properties that involved on the thermodynamics as well as the fluid mechanics courses.  To illustrate experimentally the concepts of various phenomena that involved on both courses.  Ability for the student to communicate effectively with various types of measuring devices with disciplinary via team work or alone.  Broadening as well as enhancing the knowledge level in the student mind for the theoretical different concepts those teach in the classroom. 2 Eng. Alfulayyih | ME Dept. | QU | Fall2015

3. First Day Material Course learning outcomes:  Recognize the pumps characterization.  Understand the thermal conductivity of materials and experimentally determine it.  Understand the thermal performance of fins and experimentally determine this performance.  Understand the forced and free convection coefficient and experimentally determine it.  Understand the error in temperature measurements due to radiation and experimentally determine this error.  Understand the heat-exchanger effectiveness and experimentally determine it. Course learning outcomes:  Recognize the pumps characterization.  Understand the thermal conductivity of materials and experimentally determine it.  Understand the thermal performance of fins and experimentally determine this performance.  Understand the forced and free convection coefficient and experimentally determine it.  Understand the error in temperature measurements due to radiation and experimentally determine this error.  Understand the heat-exchanger effectiveness and experimentally determine it. 3 Eng. Alfulayyih | ME Dept. | QU | Fall2015

4. First Day Material Relationship to the Program Outcomes:  Outcome (b): an ability to design and conduct experiments, as well as to analyze and interpret data.  Outcome (c): an ability to design a system, component, or process to meet desired needs within realistic constraints  Outcome (d): an ability to function on teams  Outcome (g): an ability to communicate effectively  Outcome (k): an ability to use the techniques, skills, and modern engineering tools necessary for engineering practice  Outcome (i): the ability to work professionally in both thermal and mechanical systems areas including the design and realization of such systems Relationship to the Program Outcomes:  Outcome (b): an ability to design and conduct experiments, as well as to analyze and interpret data.  Outcome (c): an ability to design a system, component, or process to meet desired needs within realistic constraints  Outcome (d): an ability to function on teams  Outcome (g): an ability to communicate effectively  Outcome (k): an ability to use the techniques, skills, and modern engineering tools necessary for engineering practice  Outcome (i): the ability to work professionally in both thermal and mechanical systems areas including the design and realization of such systems 4 Eng. Alfulayyih | ME Dept. | QU | Fall2015

5. First Day Material Course Material:  Additional material including the first day material, lecture notes and assignments will be available at the website of the course one a weekly basis.  Mostly no hard copies of the course material will be handled to the students. Course Material:  Additional material including the first day material, lecture notes and assignments will be available at the website of the course one a weekly basis.  Mostly no hard copies of the course material will be handled to the students. 5 Eng. Alfulayyih | ME Dept. | QU | Fall2015

6. First Day Material Marks Distribution (tentative): 6 Eng. Alfulayyih | ME Dept. | QU | Fall2015 Number ofEach WorthTotal% Quizzes44166 Oral Exam35156 Mid term Exam120 Reports10 10035 Final Exam135 Modified and confirmed by Sep.06, 2015

7. First Day Material Course Exams Timetable (Tentative): 7 Eng. Alfulayyih | ME Dept. | QU | Fall2015 ExamWeek No. Quize.1 Fluid Part4 Quize.2 Fluid Part6 Quize.3 Heat Part12 Quize.4 Heat Part13 Mid Term Exam10 Final Exam15

8. First Day Material Course Content Timetable: 8 Eng. Alfulayyih | ME Dept. | QU | Fall2015 ItemWeekDate First Day Material & Introduction (P. II) 1-2Aug. 25-Sep. 03, 2015 Exp.01 Fluid Pumps characterization | in series 3 Sep. 10, 2105 Exp.02 Fluid Pumps characterization | in parallel 4Sep. 17, 2015 Exp.03 Heat Transfer Thermal conductivity | linear 5Oct. 01, 2015 Exp.04 Heat Transfer Thermal conductivity | Radial 6Oct. 08, 2015 Exp.05 Heat Transfer Heat Transfer coefficient | Free and forced 7Oct. 15, 2105 Exp.06 Heat Transfer Radiation Error| 8Oct. 22, 2015 Exp.07 Heat Transfer Heat Exchanger| flat plate 9&10Oct. 29, 2015 Exp.08 Heat Transfer Heat Exchanger| Shell and Tube 11&12Nov. 05, 2015

9. First Day Material Text Book: 1.Fundamentals of Fluid Mechanics, B. Munson, D. Young and T. Okiishi, J. Wiley. 2.Principles of Heat Transfer, F. Kreith and M. Bohn, Pub. West, Introduction to Fluid Mechanics, R.W. Fox, and A.T. McDonalds, John Wiley and Sons. Text Book: 1.Fundamentals of Fluid Mechanics, B. Munson, D. Young and T. Okiishi, J. Wiley. 2.Principles of Heat Transfer, F. Kreith and M. Bohn, Pub. West, Introduction to Fluid Mechanics, R.W. Fox, and A.T. McDonalds, John Wiley and Sons. 9 Eng. Alfulayyih | ME Dept. | QU | Fall2015

10. First Day Material Instructors Contact Information: II. Eng. Alfulayyih: Email: alfulayyih@qec.edu.saalfulayyih@qec.edu.sa Office: B1-G021 Instructors Contact Information: II. Eng. Alfulayyih: Email: alfulayyih@qec.edu.saalfulayyih@qec.edu.sa Office: B1-G021 10 Eng. Alfulayyih | ME Dept. | QU | Fall2015

11. Thank you for your attention, Questions are very welcomed at this time. Thank you for your attention, Questions are very welcomed at this time. 11 Eng. Alfulayyih | ME Dept. | QU | Fall2015