Concise Hydraulics
Publisher: Bookboon.com
Published: 2013
ISBN-13: 9788776813963
Table of contents: title: Sisältö; title: Fundamentals; title: Properties of Fluids; title: Flow Description; title: Fundamental Laws of Physics; title: Hydrostatics; title: Pressure; title: Manometer; title: Pressure Force on Plane Surface; title: Pressure Force on Curved Surface; title: Flotation; title: Energy Equation; title: Basic Formula; title: Applications; title: Momentum Equation; title: The Principle; title: Applications; title: Pipe Flow; title: Introduction; title: Energy losses in pipe flow; title: Local losses (or Minor losses); title: Grade Line; title: Combination of pipes; title: Physical Modelling; title: Background; title: Dimensional Analysis; title: Analysis of Experimental Data; title: Model and Similarity; title: Open Channel Flow; title: What is "Open Channel Flow"; title: Channel Geometric Properties; title: Calculation of Hydraulic Radius and Hydraulic Mean Depth; title: Uniform Flow; title: Introduction; title: Laminar or Turbulent Flow; title: Energy Loss Equations; title: Computation of Uniform Flow; title: Channel Design; title: Channel Design; title: Compound Channel; title: The Best Hydraulic Section; title: Critical Flow; title: Small Wave in Open Channel; title: Critical Flow; title: Critical Flow Computation; title: Rapidly Varied Flow; title: Sudden Transitions; title: Depth of Flow; title: Height of Hump; title: Specific Energy; title: Hydraulic Jump; title: Jump Equation; title: Hydraulic Jump in Rectangular Channel; title: Hydraulic Jump in Trapezoidal Channel; title: Hydraulic jump in Sloping Channel; title: Hydraulic Structures; title: Flumes (Venturi); title: Weirs (Broad-crested weir); title: Energy dissipators; title: Sluice Gates; title: Gradually Varied Flow; title: Equation of Gradually Varied Flow; title: Classification of Surface Profiles; title: Flow Profile Sketch; title: Flow transitions; title: Computation of Flow Profile; title: Introduction; title: Numerical integration methods; title: Computation Procedure through an Example; title: Further Computational Information; title: Unsteady Flow; title: Basic Types; title: Rapidly Varied Unsteady Flow; title: Gradually Varied Unsteady Flows (Saint-Venant equations); title: Software packages; title: Hydraulic Machinery; title: Hydropower and Pumping Station; title: Turbines; title: Pump and Pipeline; title: Appendix: Further Reading Resources