What are the topics covered in the theoretical classes of the Hydraulic I course at Eduardo Mondlane University? 3.4 - Differential Meters 3.5 - Ar...

The topics covered in the theoretical classes of the Hydraulic I course at Eduardo Mondlane University are: 3.4 - Differential Meters 3.5 - Archimedes' Principle 3.6 - Impulsion on Flat Surfaces 3.7 - Impulsion on Curved Surfaces 3.8 - Impulsion on the Base and Totality of Containers 4.1 - Trajectories and Streamlines 4.2 - Types of Flow 4.3 - Flow Tube, Flow Rate and Average Velocity 4.4 - Continuity Equation 4.5 - Laminar and Turbulent Flows 4.6 - Local Acceleration and Convective Acceleration 4.7 - Lagrange and Euler Descriptions 4.8 - Angular Deformation, Rotation and Volumetric Dilation 5.1 - Navier-Stokes Equation 5.2 - Flow in the Gravity Field 5.3 - Bernoulli's Theorem for Perfect Liquids 5.4 - Piezometric Line and Energy Line 5.5 - Bernoulli's Theorem for Real Liquids 5.6 - Variation of the Piezometric Elevation 5.7 - Vortices 5.8 - Rotational and Irrotational Movements 5.9 - Plane Flow 5.10 - Beginning of Flow. Boundary Layer 6.1 - Generalized Bernoulli's Theorem 6.2 - Hydraulic Power. Concept of Pumps and Turbines 6.3 - Euler's Theorem. Principle of Momentum Quantity 7.1 - Fundamental Concepts of Uniform Flow 7.2 - Tangential Stress on the Solid Boundary 7.3 - Laminar and Turbulent Flows 7.4 - Uniform Laminar Flows 7.5 - Uniform Turbulent Flows 7.6 - Empirical Laws for Rough Turbulent Regime 8.1 - Generalities 8.2 - Continuous Head Losses 8.3 - Localized Head Losses 8.4 - Influence of the Layout of the Pipes 8.5 - Calculation of Installations. Networks 8.6 - Pipes with Variable Flow during the Course 8.7 - Cavitation 9.1 - Types of Flows. Problems and Approximations 9.2 - Water Hammer. Qualitative Analysis 9.3 - Water Hammer. Simplified Quantitative Analysis 9.4 - Protection of Lifting Pipes against Water Hammer 9.5 - Mass Oscillation 9.6 - Almost Permanent Flows 10.1 - Definition and Classification of Hydraulic Pumps 10.2 - Flow Rate 10.3 - Geometric Head 10.4 - Lift Head 10.5 - Cavitation (N.P.S.H.) 10.6 - Power and Efficiency 10.7 - Rotation Speed 10.8 - Hill Diagram 10.9 - Specific Speed 10.10 - Characteristic Curve. Operating Point 10.11 - Pump Curve Layout 10.12 - Association of Centrifugal Pumps 10.13 - Some Precautions in Pump Installation