1. Fluid Dynamics CVEN 311 Spring 2009 CVEN 311 Spring 2009

2. Course Logistics ä Instructor ä Prof. Kuang-An Chang (CE/TTI 802C)Kuang-An Chang ä Teaching assistant ä Jon Allen (Hydro Lab 114) ä Where can you get the latest updates? ä CVEN311 course web site ä Instructor ä Prof. Kuang-An Chang (CE/TTI 802C)Kuang-An Chang ä Teaching assistant ä Jon Allen (Hydro Lab 114) ä Where can you get the latest updates? ä CVEN311 course web site

3. Homework ä Your chance to practice using the concepts presented in class ä Teamwork vs. Individual work? ä Answers to even numbered problems are in the text ä Guidelines at the web site!!! ä Your chance to practice using the concepts presented in class ä Teamwork vs. Individual work? ä Answers to even numbered problems are in the text ä Guidelines at the web site!!!

4. Homework + Quiz Homework problems will be posted weekly. Solution will be posted 3 days before due day. Not all homework problems may be graded. A quiz will be given on each homework due day. Each quiz covers the homework assigned in the previous week with problems very similar or identical to the homework problems. Unless you have a university excuse (see Absences in the syllabus), late assignments will not be accepted for credit. Please do not ask for exceptions.

5. Learning Resources ä Lecture ä Presentation of new material ä Example problems ä Homework ä Problem solving skills ä Lecture ä Presentation of new material ä Example problems ä Homework ä Problem solving skills

6. Learning Resources ä Interaction in class and right after class ä Office hours ä W R 1:30 – 3:00 ä By appointment ä Check my webpage for best time to meet ä Walk in (if my door is open, less preferred) ä Interaction in class and right after class ä Office hours ä W R 1:30 – 3:00 ä By appointment ä Check my webpage for best time to meet ä Walk in (if my door is open, less preferred) ä ä TA Office Hours ä ä TBA ä ä TA Office Hours ä ä TBA

7. Learning Resources ä Course notes ä from white board ä supplemental materials on the web ä World Wide Web ä Check “link” for animations/movies ä Course notes ä from white board ä supplemental materials on the web ä World Wide Web ä Check “link” for animations/movies

8. Exams Two 100-minutes evening examinations and a two- hour final examination are scheduled (see the course calendar given in the syllabus). Unexcused absences will result in a grade of zero for missed examinations. The exams are closed book. You are allowed to bring in one single-sided letter size paper with your own notes and formulas (no examples and sample problems). No other resources are permitted in the exams.

9. Regrading Request for regrading an exam or homework/quiz must be done within one week after the exam or homework/quiz is returned. Your exams will be graded by the instructor while homework assignments and quizzes will be graded by the TA.

10. Grade Grading Policy: Homework5% Quiz 20% Exam 120% Exam 2 25% Final Exam 30% Letter grades will be assigned from your total course score according to 90% to 100%: A; 80% to 89%: B; 70% to 79%: C; 60% to 69%: D; below 60%: F. Please note that homework, class participation and quizzes are 25% of your total grade – please do not neglect this work. Grading Policy: Homework5% Quiz 20% Exam 120% Exam 2 25% Final Exam 30% Letter grades will be assigned from your total course score according to 90% to 100%: A; 80% to 89%: B; 70% to 79%: C; 60% to 69%: D; below 60%: F. Please note that homework, class participation and quizzes are 25% of your total grade – please do not neglect this work.

11. Attendance Policy ä Attendance is highly recommended ä Quiz will be given on the assignment due day. It is your responsibility to make sure you attend class and take quiz on those days. Only University excurse will be accepted for missing homework and quiz. ä The instructor is under no obligation to provide an opportunity for the student to make up work missed because of an unexcused absence. ä Attendance is highly recommended ä Quiz will be given on the assignment due day. It is your responsibility to make sure you attend class and take quiz on those days. Only University excurse will be accepted for missing homework and quiz. ä The instructor is under no obligation to provide an opportunity for the student to make up work missed because of an unexcused absence.

12. Course Text ä Fundamentals of Fluid Mechanics, 6 th Edition ä By Munson, Young, Okiishi, & Huebsch ä Publisher: Wiley & Sons ä Published year: 2009 ä Fundamentals of Fluid Mechanics, 6 th Edition ä By Munson, Young, Okiishi, & Huebsch ä Publisher: Wiley & Sons ä Published year: 2009

13. Course Topics ä Fluid Properties ä Statics ä How thick is the base of the Hoover Dam? ä Bernoulli Equation ä Explain why a ping-pong ball can be held in an air jet ä Control Volume Analysis ä Quantify the effects of mass, momentum and energy flux ä Fluid Properties ä Statics ä How thick is the base of the Hoover Dam? ä Bernoulli Equation ä Explain why a ping-pong ball can be held in an air jet ä Control Volume Analysis ä Quantify the effects of mass, momentum and energy flux

14. Course Topics ä Dimensional Analysis ä How long do we need to run a test in a TAMU civil engineering lab for a scaled down bridge pier model? ä Pipe Flow ä How big does the pipe have to be that carries drinking water into TAMU? ä External Flows ä How much power does it take to drive a VW beetle at 60 mph? How about 120 mph? ä Dimensional Analysis ä How long do we need to run a test in a TAMU civil engineering lab for a scaled down bridge pier model? ä Pipe Flow ä How big does the pipe have to be that carries drinking water into TAMU? ä External Flows ä How much power does it take to drive a VW beetle at 60 mph? How about 120 mph?

15. Introduction ä Why do we care about fluids? ä Name 5 devices that required an understanding of how fluids work in order for the devices to be designed and built ä Why do we care about fluids? ä Name 5 devices that required an understanding of how fluids work in order for the devices to be designed and built ä äWeather ä äAirplane ä äOil platform in Gulf Mexico ä äArtificial heart ä äToilet

16. Civil and Ocean Fluids ä What kinds of Civil and Ocean Engineering projects require an understanding of fluids? äWater Distribution Systems äPumps, Pipes, Tanks, Valves äWater/Wastewater Treatment Plants äDams, Reservoirs, Hydropower, Irrigation äWaste Discharges into the Environment äHigh Rise Building äCoastal Structures äSea Based Oil Platform

17. Dams and Reservoirs

18. Wastewater Treatment Plants

19. Water Distribution

20. Bridge

21. Offshore Platform

22. Hurricane Floyd A monstrous wave produced by Hurricane Floyd approaches the Jacksonville Beach Pier Wednesday afternoon. The end of the pier was smashed away by wind. - Times-Union staff

23. My Goals for Course ä That each of you develop an intuition for the fundamental principles of fluid mechanics ä That you leave this course saying, “Fluids makes sense” and “I can tackle fluids problems.” ä That we have an enjoyable semester learning together ä That each of you develop an intuition for the fundamental principles of fluid mechanics ä That you leave this course saying, “Fluids makes sense” and “I can tackle fluids problems.” ä That we have an enjoyable semester learning together