Department of Civil and Environmental Engineering Kaufman Hall Room 135 Frank Batten College of Engineering and Technology Old Dominion University Norfolk, Virginia 23529-0241, USA Tel) (757) 683-3753 Fax) (757) 683-5354
 
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        Core Information
	







                Course
                
			CEE 330 Hydromechanics

			Lecture 3 hours; 3 credits

			Fall Semester, ODU Campus 
				
	

                Session
                Fall Session #1
	

                Instructor
                
			
			Dr. Laura Harrell, CEE, 
			
			Kaufman Hall 130B
	

                Phone
                (757) 683-6052
	

                e-mail
                <LHarrell@odu.edu> 
		
	

                Office Hours
                TBA
		
	


			












        Required Textbook
	




 
 
                 



Fundamentals of Fluid Mechanics
		Third Edition, Munson, Young and Okiishi; John Wiley and Sons, Inc., 1998.









	


            









	
        Course Description
	




 
 



Fluid properties, fluid statics and fundamentals of 
fluid kinematics; steady, incompressible flow, conservation 
laws for mass, momentum and energy, including real fluid 
energy losses; turbulent, incompressible fluid flows in 
enclosed conduits and with free surface; introduction 
to thermodynamics.
















        Grading
	










	
	
	Grading
	


                      




	



	The final grade will be based on the following percentages:
	








	
		First Examination
	
		Second Examination
	
		Third Examination
	
		Final Examination
	
		Total

		



	20
	20
	20
	40
	100






























	
	
	Homework Policy
	







	
	

Homework is assigned to enhance the learning process. It is strongly
recommended that students keep up with the homework assignments, as the
topics in this course build upon each other. Students having difficulty
with homework assignments may seek assistance from other students and/or
from the professor. Homework must be turned in no later than the
beginning of class on the due date. 
	

			
	











	
	
	Examination Policy
	







	
	

Examinations will deal with textbook and handout material and with the
homework problems covered between examinations. Examinations are closed
book, closed notes. Each student may prepare a 4 in. x 6 in. index card
with formulas and/or notes ahead of time for his or her own use during
each test. 
	

			
	











	
	
	Attendance Policy
	







	
	

Attendance of lectures is not required, but is strongly encouraged as it
affects the quality of learning and performance on exams. Your presence
is required for all tests and exams.
	

			
	











	
	
	Honor Code
	







	
	

Each test and exam must include the words "honor pledge" written next to
your signature, indicating your adherence to the university honor code. 
	

			
	














	


                  










        Tentative Course Outline
	






 

                        


CEE 330 Hydromechanics

Lecture 3 hours; 3 credits

ODU Campus

Fall Session




Today is 












        Week #
        Meeting #
        Topics
        Homework Due


	1
        1
	Introduction
	 


	1
        2
	Properties of Fluids
	 


        1
        3
	Properties of Fluids
	 


        2
        *
	Holiday
	


        2
        4
	Properties of Fluids
	 


        2
        5
	Fluid Statics
	 


        3
        6
	Fluid Statics
	Set I: Fluid Properties 1.29, 1.37, 1.53, 1.57, 1.67, 1.80, 1.85


        3
        7
	Fluid Statics
	 


        3
        8
	Immersed Bodies
	 


        4
        9
	Basics of Fluid Flow
	 


        4
        10
	Elementary Fluid Dynamics
	Set II: Fluid Statics and Buoyancy 2.24, 2.35, 2.52, 2.62, 2.72, handout


        4
        11
	Elementary Fluid Dynamics
	 


        5
        12
	Elementary Fluid Dynamics
	 


        5
        13
	Elementary Fluid Dynamics
	 


        5
        14
	Fluid Kinematics
	 


        6
        15
	Fluid Kinematics
	Set III: Fluid Dynamics 3.18, 3.30, 3.45, 3.60, 3.98


        6
        16
	TEST 1
	 


        6
        17
	Fluid Kinematics
	 


        7
        18
	Continuity Principle
	Set IV: Kinematics 4.2, 4.14, 4.44, 4.46


        7
        19
	Momentum Forces in Fluid Flow
	 


        7
        20
	Momentum Forces in Fluid Flow
	 


        8
        21
	Momentum Forces in Fluid Flow
	 


        8
        22
	Momentum Forces in Fluid Flow
	 


        8
        23
	Steady Incompressible Flow in Closed Conduits
	Set V: Momentum 5.8, 5.24, 5.52, 5.59


        9
        24
	Steady Incompressible Flow in Closed Conduits
	 


        9
        25
	Steady Incompressible Flow in Closed Conduits
	Set VI: Pipe Flow 8.11, 8.16, 8.20, 8.28


        9
        26
	Steady Incompressible Flow in Closed Conduits
	 


        10
        27
	TEST 2
	 


        10
        28
	Steady Incompressible Flow in Closed Conduits
	 


        10
        29
	Hydraulic Machinery
	Set VII: Pipe Flow 8.68, 8.83, 8.93


        11
        30
	Hydraulic Machinery
	 


        11
        31
	Hydraulic Machinery
	 


        11
        32
	Steady Open Channel Flow
	 


        12
        33
	Steady Open Channel Flow
	Set VIII: Hydraulic Machinery 5.108, 5.117, 5.119, 5.121


        12
        34
	Steady Open Channel Flow
	 


        12
        35
	Steady Open Channel Flow
	 


        13
        36
	Steady Open Channel Flow
	 


        13
        *
	Holiday
	


        13
        *
	Holiday
	


        14
        37
	Thermodynamics
	 


        14
        38
	TEST 3
	 


        14
        39
	Thermodynamics
	Set IX: Open Channel Flow 10.22, 10.50, 10.57


        15
        40
	Thermodynamics
	 


        15
        41
	Thermodynamics
	 


        15
        42
	Review
	Set X: Thermodynamics handout


        16
        *
	FINAL EXAM (12:30 - 3:30 p.m.)