Introduction to Groundwater Flow Modelling using MODFLOW & GMS: Finite Difference Method | Part 5

In this video, we delve deeper into the fascinating world of groundwater flow modelling, focusing on solving the Laplace equation using the finite difference method in Excel. Continuing from where we left off, we previously introduced the Laplace equation, which simplifies the groundwater flow equation for steady-state flow.

We'll guide you step-by-step through the process of using the finite difference method to solve the Laplace equation. By breaking down the domain into cells and applying boundary conditions, we demonstrate how to calculate the hydraulic head at each point using the average of its neighbouring points.

In the next video, we'll dive into the specifics of groundwater modelling with GMS and MODFLOW, covering the essential steps to create and run a groundwater model. Stay tuned for an in-depth exploration of groundwater modelling techniques and best practices.

Join us as we continue our journey into groundwater modelling and learn how to effectively utilize GMS and MODFLOW for your environmental and hydrological projects.
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Introduction to Groundwater Flow Modeling using MODFLOW & GMS (Playlist)
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Part 1: Introduction to Fundamentals of Groundwater Flow Modelling Using MODFLOW & GMS
   • Introduction to Fundamentals of Groun...  
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Part 2: Aquifer and their Classification:    • Introduction to Groundwater Flow Mode...  
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Part 3: Physical Characteristics of Aquifer (Porosity & Permeability):    • Intro to Groundwater Flow Modeling 03...  
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Part 4: Groundwater Flow Equation:   • Introduction to Groundwater Flow Mode...  
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Part 5: Finite Difference Method:    • Introduction to Groundwater Flow Mode...  
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Part 6: Concept of Groundwater Modeling:    • Introduction to Groundwater Flow Mode...  
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Part 7: Overview of GMS Software:    • Introduction to Groundwater Flow Mode...  
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Part 8: Groundwater Flow Modeling By Grid Approach Using GMS and MODFLOW
   • Groundwater Flow Modeling By Grid App...  
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