Modelling Hydrology, Hydraulics and Contaminant Transport Systems in Python

1. Introduction to modelling in hydrology, hydraulics and contaminant transport. 2. Nonlinear and simultaneous equations. 3. Ordinary differential equations. 4. Partial differential equations in surface hydrology, free surface flows and ideal fluid flows. 5. Partial differential equations in subsurface flows. 6. Partial differential equations in contaminant transport. 7. Simple data-based models.

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• Engenahria civil, levantamentos e construção
• Modelagem computacional e simulação
• Programação e linguagens de script: geral
• Modelação matemática

Ordinary Differential Equations;Python Program;Import Numpy;Seepage Flow;Python Code;Water Spread Area;Surge Wave;Contaminant Transport;Water Resources Engineering;Water Level;Shallow Water Bodies;UH;Kinematic Wave Approximation;Direct Runoff Hydrograph;Heun's Method;Ideal Fluid Flow;Surge Tank;Steady State Concentration Profile;Data Set;Free Surface Flows;Confined Aquifer;Unconfined Aquifer;Sheet Pile;Free Surface Flow Problems;Head Race Tunnel