CWR 3201 ENGINEERING FLUID MECHANICS Three 3 Semester Credit Hours Business Administration Room 203 7 30 9 20 a m T Th GENERAL INFORMATION SUMMER 2006 DEFINITION This is the first course in fluid mechanics As such it provides an introduction to basic concepts in fluid properties hydrostatics kinematics and dynamics OBJECTIVE To help you to understand the fundamental principles of mechanics as applied to fluids conservation of mass momentum and energy This course will provide the requisite material for fluid dynamics hydraulics and heat transfer courses in the Engineering programs INSTRUCTOR Dr Ni Bin Chang P E Telephone 823 1375 Office Engineering 2 Room 442F E mail nchang mail ucf edu OFFICE HOURS TBA or schedule an office appointment by phone or e mail WEBSITE http webct ucf edu REQUIRED TEXT Finnemore E J and J B Franzini Fluid Mechanics with Engineering Applications 10th edition McGraw Hill 2002 SUPPLEMENTAL National Council of Examiners for Engineering and Surveying Fundamentals of Engineering FE Supplied Reference Handbook 5th Edition 2001 available for free as a pdf from http www ncees org PROCEDURE Material will be covered by lectures not necessarily restricted to the text and handouts Students are expected to read the text and or other assignments thoroughly PERFORMANCE Material covered on the tests will include handouts lecture notes and outside readings EVALUATION All work must be your own A grade of F will be assigned for any work which is clearly not your own or cheating of any type Note The plus minus system of grading will be used Homework 10 Quizzes 10 Two Mid term Examinations 40 Final Examination 40 HOMEWORK ASSIGNMENTS All assignments should be done neatly and professionally Pages must be numbered and stapled The problem should be defined diagrammed if appropriate and the solution should be developed in a step by step procedure The final solution should be reported to two or three significant figures and underlined You are encouraged to work together in study groups however identical copied homework will be awarded a grade of zero 0 All answers to homework problems and select solution procedures will be provided through library reserve ABSENCE AT TESTS If absent it is the student s responsibility to contact the instructor at least 24 hours before the exam to schedule a make up which will be scheduled at the instructor s discretion or a grade of 0 will be assigned for that test ATTENDANCE The class starts at 7 30 a m Please arrive on time for class Late arrivals are distracting to your classmates and to me While there is no attendance policy for this class I strongly encourage you to attend and participate CWR 3201 ENGINEERING FLUID MECHANICS Course Outline Week of Topic Text Reference Chapter s 5 16 Introduction Units Fluid Properties 1 2 5 18 Pressure and Pressure Measurements 3 5 23 First Quiz 5 25 Fluid Forces Force on Plane and curved Surfaces Buoyancy 3 5 30 Flow rate Laminar Turbulent Flow Steady Uniform Flow Continuity 4 6 6 6 8 Energy Equation Bernoulli Head loss Power First Mid term Examination Chapters 1 2 3 and 4 5 6 13 Cavitation Grade lines and Application Pressure in Fluid Flow 5 6 15 Jet Trajectory Flow in Curved Path Fluid in Acceleration 5 6 20 Second Quiz 6 22 Impulse Momentum Force on Pipe Conduit 6 6 27 Force on Stationary and Moving Blades 6 6 29 Rotating Machines and Rotating Channels Momentum and Applications 6 7 4 Holiday 7 6 Second Mid term Examination Chapters 5 and 6 7 10 Similitude 7 7 13 Dimensional Analysis 7 7 18 Friction Loss Darcy Weisbach Moody Diagram 8 7 20 Grade Lines and Losses 8 7 25 Minor Losses 8 7 27 Review for Final Exam 8 4 FINAL EXAM 7 00 9 50 a m NOTE This is a course outline and is subject to revision at the discretion of the instructor You will be informed in class if changes are made