Heat Transfer Calculations for Chemical Engineers

Resolving heat transfer equations is a core skill for any chemical engineer, yet translating theory into precise numerical solutions can be challenging. This course bridges the gap between abstract thermodynamic principles and practical engineering calculations. You will develop the confidence to set up, solve, and analyze real-world thermal calculations. Through structured written explanations and step-by-step mathematical breakdowns, you will learn how to evaluate heat exchangers, calculate conduction through composite walls, and model convective heat transfer. What you'll learn: - Understand foundational heat transfer mechanisms, terminology, and key dimensionless numbers. - Calculate steady-state and transient heat conduction through multi-layered materials. - Solve convection problems using empirical correlations for laminar and turbulent flows. - Design and evaluate heat exchangers using the LMTD and NTU numerical methods. - Apply modern numerical formulation techniques to set up heat equations for computational solvers. - Analyze radiation heat transfer calculations between black and gray surfaces. The course starts with essential definitions and thermodynamic laws before guiding you through step-by-step algebraic and numerical calculations. You will progress from simple one-dimensional conduction to complex multi-phase heat transfer scenarios through clear, written examples. This course is designed for student chemical engineers, recent graduates, and process engineers looking to reinforce their practical calculation skills. No advanced engineering software knowledge is required; a basic understanding of algebra and general chemistry is all you need. Start mastering heat transfer calculations to optimize your chemical engineering designs today.