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Identification Subject ENGR210 Fluid Mechanics 6 ECTS credits Department Petroleum Engineering Program Undergraduate Term Spring, 2020 Instructor Masoud Mehrizadeh E-mail: mmehrizadeh@khazar.org Phone: 055 4625367 Classroom/hours Office hours Prerequisites ENGR205 Language English Compulsory/Elective Compulsory Description This course is an introduction to vast field of mechanics of fluids. First students learn about fluids and their fundamental properties and how they affect behavior of fluids. Then more advanced properties of stationary fluids such as surface tension and hydrostatic pressure is discussed. Next, behavior of fluids in motion and their influence on environment is addressed. Required textbooks “Brief Introduction to Fluid Mechanics” by Donald F. Young, Bruce R. and course materials Munson, Theodore H. Okiishi, Wade W. Huebsch-A, Fifth Edition, published by Wiley Publication, 2010. “Fluid Mechanics with Engineering Applications” by E. John Finnemore and Joseph B. Franzini, 10th. Edition, published by McGraw Hill, 2001. Course outline Stress and strain rate descriptions, fluid statics, and use of differential and finite control volume analysis with continuity, momentum, and energy equations, Bernoulli and Euler equations, and incompressible viscous flow using Naiver- Stokes equations. Course objectives The course helps students to gain a basic understanding of properties of fluids and how to measure them. These knowledge lead to determination of behavior of fluids in various conditions. Moreover, the course enables students to apply the concepts in broad range of engineering problems from blood in human body to galaxies. Learning outcomes • Determination of basic characteristics of fluids, • Calculation of hydrostatic pressure at any given point in fluids, • Calculation of forces exerted by fluids, • Describing properties of fluid flows under various conditions, • Formulating conservation of mass, moment and energy for different systems of fluids, • Apply governing equations of fluid flows to different engineering problems, Teaching methods Lecture x Experiential exercise x Assisted work x Assisted lab work x Others Evaluation Methods Date/deadlines Percentage (%) Midterm Exam 30 Class Participation 10 Quizzes (4-6) 20 Lab Exercises 5 Project (3 phases) - Final Exam 35 Total 100 Policy • NO CELL PHONES are allowed during lecture and lab sessions. PLEASE turn them off before lecture! (Not silent or vibrating mode). This is a university policy and violators will be reprimanded accordingly. • Participation and interaction in classes are more important than just attendance. • No late assignments will be accepted without prior arrangement with the instructor for acceptable excuses. Medical and family emergency will be considered on case-by-case basis. • No late homework will be accepted. Homework is to be completed on an individual basis. Students may discuss homework with classmates, but students are responsible for your own work. If students have consulted classmates, please note the individuals name on the top of students’ assignment. • Quizzes may be given unannounced throughout the term and will count as one homework. There will be no make-up quizzes. • One or two sessions will be held in fluid mechanics laboratory and Lab exercise including technical report will be asked based on experiments. Students are responsible for completing the reading assigned from the textbook related to the covered topics and for checking email regularly for important information and announcements related to the course. • University policy on academic honesty concerning exams and individual work will be strictly enforced. • BE ON TIME! Tentative Schedule Date/Day Week Topics Textbook/Assignments (Tentative) 1 11.02.2020& Introduction to Fluid Mechanics Chapter 1 13.02.2020 18.02.2020& Fluid Properties; Dimensions and Units Chapter 1 2 20.02.2020 25.02.2020& Viscosity and Compressibility, Surface Tension Chapter 1 3 27.02.2020 4 03.03.2020& Introduction to Fluid Statics Chapter 2 05.03.2020 10.03.2020& Pressure calculation at a point Chapter 2 5 12.03.2020 7 17.03.2020& Pressure variations and measurements Chapter 2 19.03.2020 20.03.2020- Holiday 8 26.03.2020 9 31.03.2020& Hydrostatic force calculations Chapter 2 02.04.2020 07.04.2020& Midterm Exam 10 09.04.2020 14.04.2020& Introduction to Fluid Kinematics Chapter 3 11 16.04.2020 21.04.2020& Bernoulli Equation Chapter 3 12 23.04.2020 13 28.04.2020& Examples of use of Bernoulli Equation Chapter 4 30.04.2020 Introduction to Control Volume analysis Chapter 4 14 05.05.2020& 07.05.2020 Velocity and acceleration field 12.05.2020& Reynolds Transport Theorem and conservation of Chapter 4 15 14.05.2020 mass Conservation of Momentum and Energy Chapters 8 16 19.05.2020& 21.05.2020 Viscous flow in pipes This syllabus is a guide for the course and any modifications to it will be announced in advance.
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