Course Objectives:

• Understand Fundamentals
• Build Reservoir Models
• Predict Future Performance
• Evaluate Development Scenarios

 Course Outlines:

• Mathematical Modeling of Fluid Flow Dynamics in Porous Media
• Flow Geometries and Dimensions
• Single-Phase Flow Equations
• Multiphase Flow Equations
• Boundary and Initial Conditions
• Basic Concepts of Matrices
• Product of Two Matrices
• Properties of Transposed Matrices
• Determinants & their properties
• Inverse of a Matrix
• Setting Up The Numerical Model
• Grid Types and Grid Selection
• Finite-Difference Approximation
• Numerical Simulation Equations
• Solution of Flow Equations: The Computer Model
• Checks
• Model Initialization Data
• History Match
• Numerical Methods Control
• Input - Output Control
• Well Data
• Prediction Scenarios Data Files

Who Can Benefit?

•   Reservoir Engineers 
• Planning Engineers 

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