CIEG 305 - Fluid Mechanics CIEG 675 - Matlab for Engineering Analysis CIEG 680 - Littoral Processes

Fall 2007

• CIEG 305 Fluid Mechanics

  Fluid mechanics utilizes knowledge from mathematics, physics, statics and dynamics to analyze problems involving the fluid medium. This may be the most difficult course you’ll take in your Civil Engineering program because it does not directly build off of a previous course. In general, we will discuss fluid properties, hydrostatic pressure, pressure on surfaces, conservative equations of mass, momentum and energy and pipe flow in relation to real world engineering problems. You are assumed to have a previous background in mathematics up through differential equations and well as engineering statics and dynamics.

  • Course Syllabus

    	HANDOUTS	IN CLASS HANDOUTS
    CHAPTER 1	FLUIDS-MOTIVATION FLUID PROPERTIES MORE FLUID PROPERTIES NEWTON'S LAW VISCOSITY SLIDE SHOW SURFACE TENSION - CURVED SURFACE FLUID KINEMATICS SLIDE SHOW STREAMLINE EXAMPLE	FLUID PROPERTIES FLUID PROPERTIES 2 SURFACE TENSION STREAKLINE,PATHLINE
    CHAPTER 2	PRESSURE AT A POINT PRESSURE GRADIENT FORCES ABSOLUTE AND GAGE PRESSURE PLANAR SURFACES SKETCH FORCES ON PLANAR SURFACES FORCES ON PLANAR SURFACES SLIDE SHOW FORCES: PLANAR SURFACES EXAMPLE DRAWINGS FORCES ON CURVED SURFACES FORCES ON CURVED SURFACES - PROOF FORCES ON CURVED SURFACES SLIDE SHOW BUOYANCY SLIDE SHOW FLOATING BODY STABILITY STABILITY SLIDE SHOW	HYDROSTATIC PRESSURE HYDROSTATIC PRESSURE 2 FORCES:PLANAR SURFACE 1 FORCES:PLANAR SURFACE 2 FORCES:CURVED SURFACE BUOYANCY: SUBMERGED BUOYANCY: FLOATING STABILITY
    CHAPTER 3	CONTROL VOLUME VS. SYSTEM SLIDE SHOW REYNOLDS TRANSPORT THEOREM CONSERVATION OF ANGULAR MOMENTUM ENERGY EQUATION DERIVATION BERNOULLI EQUATION FROM LINEAR MOMENTUM BERNOULLI SLIDE SHOW	MASS CONSERVATION MOMENTUM CONSERVATION MOMENTUM CONSERVATION 2 ENERGY CONSERVATION BERNOULLI EQUATION BERNOULLI EQUATION
    CHAPTER 4	MASS CONSERVATION FOR DIFFERENTIAL VOLUME PROBLEM FORMULATION USING STREAM FUNCTION OR VELOCITY POTENTIAL NAVIER-STOKES EQUATIONS NAVIER-STOKES EQUATIONS SLIDE SHOW NAVIER-STOKES EQUATIONS: SOME SIMPLIFICATIONS POTENTIAL FLOW SOLUTIONS TABLE	MASS CONSERVATION STREAM FUNCTION VELOCITY POTENTIAL POTENTIAL FLOW HALF BODY NAVIER-STOKES EXAMPLE
    CHAPTER 5	DIMENSIONAL ANALYSIS RECIPE EQUATION NON-DIMENSIONALIZATION	DIMENSIONAL ANALYSIS SIMILITUDE REYNOLDS NUMBER
    CHAPTER 6	LAMINAR VS. TURBULENT VISCOUS PIPE SOLN METHODS
    HOMEWORK
    HOMEWORK 1	HOMEWORK 1 SOLUTIONS
    HOMEWORK 2	HOMEWORK 2 SOLUTIONS
    HOMEWORK 3	HOMEWORK 3 SOLUTIONS
    HOMEWORK 4	HOMEWORK 4 SOLUTIONS
    HOMEWORK 5	HOMEWORK 5 SOLUTIONS
    HOMEWORK 6	HOMEWORK 6 SOLUTIONS
    HOMEWORK 7	HOMEWORK 7 SOLUTIONS
    HOMEWORK 8	HOMEWORK 8 SOLUTIONS
    HOMEWORK 9	HOMEWORK 9 SOLUTIONS
    HOMEWORK 10	HOMEWORK 10 SOLUTIONS
    EXAMS
    EXAM 1	EXAM 1 SOLUTIONS
    EXAM 2	EXAM 2 SOLUTIONS
    OTHER
    MAKEUP PTS
    Return to Jack A. Puleo's home page. Return to CACR home page.