12. One-dimensional Flow
One-dimensional flow and two-dimensional flow principles are discussed, emphasizing the Laplace Equation and flow nets' graphical representation. Key concepts such as equipotential lines and hydraulic gradients are introduced, detailing implications for seepage calculations and flow channels through embankments. Additionally, advantages of using curvilinear 'squares' for flow net sketches are highlighted in optimizing flow rate calculations.
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2.3Flow Rate Through Flow Channel
This section discusses the calculation of flow rates through flow channels...
What we have learnt
- The Laplace Equation provides fundamental insights into one-dimensional flow solutions.
- Two-dimensional flow is represented graphically with flow nets consisting of equipotential and flow lines.
- Fluid mechanics concepts like hydraulic gradient and permeability are essential for analyzing seepage and flow rate.
Key Concepts
- -- Laplace Equation
- A second-order partial differential equation which describes the relationship between functions and their spatial coordinates.
- -- Flow Nets
- Graphical representation of seepage where equipotential and flow lines help in determining fluid flow paths.
- -- Equipotential Lines
- Lines that connect points of equal head, essential for analyzing groundwater and seepage.
Additional Learning Materials
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