Chemical Engineering Thermodynamics Fundamentals with Solved Problems

Thermodynamics forms the absolute backbone of chemical engineering, yet translating abstract equations into practical solutions can feel incredibly challenging. This course demystifies complex thermodynamic principles by breaking them down into clear, structured, and manageable concepts. You will transition from feeling overwhelmed by formulas to confidently solving real-world chemical engineering problems. We begin with essential terminology, basic thermodynamic laws, and foundational definitions before diving into practical problem-solving. Through detailed written explanations and structured calculations, you will learn how to analyze energy systems, phase behavior, and chemical reactions. What you'll learn: Understand the first and second laws of thermodynamics in open and closed systems; Apply equations of state to predict the behavior of pure fluids and mixtures; Calculate phase equilibria and vapor-liquid equilibrium (VLE) for multi-component systems; Evaluate chemical reaction equilibria and calculate equilibrium constants; Practice systematic problem-solving strategies for complex thermodynamic cycles. The course starts with fundamental concepts and definitions, gradually building your skills through detailed, step-by-step solved problem sets that mirror real-world engineering scenarios. This text-based course is designed for engineering students, chemistry majors, and self-directed learners who want to build a rock-solid foundation in thermodynamics without any prior advanced knowledge. Start mastering chemical engineering thermodynamics today.