TUTORIALS FOR D203 AND D204

TUTORIAL 1 - FLUID FLOW THEORY VISCOSITY NEWTONIAN FLUIDS VISCOMETERS NON-NEWTONIAN FLOW LAMINARFLOW - PIPES AND PARALLEL SURFACES DRAG ON SPHERES TURBULENT FLOW AND PIPE FRCTION D'ARCY FORMULA MOODY CHART

TUTORIAL 2 - APPLICATIONS OF BERNOULLI PIPE FLOW PRESSURE LOSSES MINOR LOSSES-SUDDEN CHANGES, EXIT AND ENTRY SIPHONS MATCHING PUMPS TO PIPE SYSTEMS DIFFERENTIAL PRESSURE DEVICES VENTURI, ORIFICE AND NOZZLE METERS JET PUMPS

TUTORIAL 3 - BOUNDARY LAYER THEORY DRAG - SKIN AND FORM DRAG DRAG ON CYLINDERS AND SPHERES TERMINAL VELOCITY T3203 BOUNDARY LAYER LAWS DISPLACEMENT AND MOMENTUM THICKNESS LAMINAR AND TURBULENT BOUNDARY LAYERS

TUTORIAL 4 - POROUS FLOW CARMAN-KOZENY EQUATION APPLICATION TO FILTER BEDS APPLICATION TO OIL WELLS

TUTORIAL 5 - STREAM FUNCTION AND VELOCITY POTENTIAL IDEAL FLUIDS UNIFORM FLOW SOURCES AND SIKS DUBLETS SOURCE/SINK PLUS UNIFORM FLOW FLOW AROUND A LONG CYLINDER VORTICES

TUTORIAL 6 - DIMENSIONAL ANALYSIS BASIC THEORY DIMENSIONLESS NUMBERS BUCKINHAM'S PI THEOREM DYNAMIC AND GEOMETRIC SIMILARITY MODEL TESTING

TUTORIAL 7 - FLUID FORCES Pressure Force Momentum Force Force on Nozzle Force on a Pipe bend Force on a Flat Vane Force on a Curved Vane Force on a Stationary Vane Force on a Moving Vane

TUTORIAL 8A - WATER TURBINES Specific Speed Types of Turbines Pelton Wheel Kaplan Turbine Francis Wheel Blade Vector Diagrams Powers and Efficiencies

TUTORIAL 8B - CENTRIFUGAL PUMPS Dimensional Analysis Flow, Head and Power Coefficient Specific Speed Running at Different Speeds Running at Different Heads Matching Pumps to System Requirements Blade Vector Diagrams Powers and Efficencies

TUTORIAL 8C - PIPE SYSTEMS Cavitation in Pumps Water Hammer Oscillation in Pipes Pressure Surges Due Valve Closure Damping Pressure Surges Surge Tanks

TUTORIAL FOR HYDRAULICS D203 ONLY

TUTORIAL 9 - COMPRESSIBLE FLOW ENTROPY CHANGES ISENTROPIC FLOW STAGNATION CONDITIONS PITOT STATIC TUBES VENTURI AND NOZZLE METERS CHOCKED FLOW ISENTROPIC EFFICIENCY CONVERGENT-DIVERGENT NOZZLES ISOTHERMAL FLOW SHOCK WAVES

TUTORIALS FOR HYDROLOGY D204 ONLY

TUTORIAL 10 - CHANNEL FLOW 1 Flow Through Notches Uniform Flow in Channels Chezy and Manning Formula Darcy Formula Circular, Rectangular and Triangular Sections Froude Number Critical Flow Rate and Depth

TUTORIAL 11 - TRAPEZOIDAL CHANNELS Optimal Dimensions Chezy and Manning Formulae Critical Flow Rate and Depth

TUTORIAL 12 - UNSTEADY FLOW IN CHANNELS Hydraulic Jump Sudden Rise in Level of Bed Sharp Weir Broad Crested Weir

TUTORIAL 13 - PIPE NETOWKS Pipe Friction Revisited Iterative Balance Equations for Nodes and Loops Networks With a Common Junction Networks With Connected Loop Hardy Cross Method

SOLUTIONS TO SELF ASSESSMENT EXERCISES

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SOLUTIONS TO ASSESSMENTS TUT 1 PART 2 TUT 1 PART 1 TUT 2 PART 1 TUT 2 PART 2 TUT 3 PART 1 TUT 3 PART 2 TUT 4 TUT 5 TUT 6 TUT 7 TUT 8A TUT8B TUT 8C TUT 9 PART 1 TUT 9 PART 2

PAST EXAM PAPER SOLUTIONS for D204 EXAM

Q3 2006   Q5 2005   Q52004

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PAST EXAM PAPER SOLUTIONS for D203 EXAM

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1999         Q3   Q4  Q5

1998         Q1   Q3    Q5   Q6   Q10  Q11

1997        Q 9

1996        Q1  Q2   Q3   Q4   Q5   Q10   Q11   Q12

1995        Q2    Q3    Q7

1992       Q8 

1990       Q11

2000       Q5

2001      Q1   Q2   Q3   Q4

2004       Q1   Q2   Q3   Q4  Q5   Q6  Q7  Q8  Q9   

2003      Q1   Q2   Q3   Q4  Q5   Q6   Q9  

ANALYSIS OF PAST PAPER QUESTIONS D203