Simulating Tubular Reactors with MATLAB Numerical Methods

Translating chemical engineering theories into working dynamic simulations can feel overwhelming without a clear, step-by-step approach. This course guides you through the process of modeling tubular reactors with multiple chemical reactions using numerical methods in MATLAB. You will start with the fundamental equations governing mass and energy balances, then transition to writing and executing simulation code to solve complex boundary value problems. What you'll learn: 1. Understand the core mathematical models behind tubular reactors and dynamic chemical systems. 2. Set up and solve boundary value problems using standard numerical solvers in MATLAB. 3. Model multiple simultaneous chemical reactions with changing concentration and temperature profiles. 4. Write clean, structured MATLAB scripts to simulate dynamic system behaviors over time. 5. Analyze simulation results to optimize reactor performance and predict steady-state outcomes. You will begin with basic definitions and reactor kinetics before moving step-by-step through setting up differential equations, configuring MATLAB solvers, and analyzing simulation data. This course is designed for chemical engineering students, researchers, and beginning programmers who want to learn numerical modeling from scratch with no advanced simulation experience required. Start reading today to master the fundamentals of chemical reactor simulation.