Applied Thermodynamics: Principles and Problem Solving

Bridging the gap between abstract physics and practical engineering calculations can be one of the toughest challenges in thermal sciences. This text-only course simplifies complex thermodynamic principles, giving you the exact formulas and structured analytical steps needed to solve real-world problems. You will transition from memorizing equations to deeply understanding how energy systems operate and how to analyze them systematically. What you'll learn: 1. Understand foundational thermodynamic laws, state variables, and properties of pure substances. 2. Analyze gas and vapor power cycles, including Otto, Diesel, Rankine, and Brayton cycles. 3. Apply systematic problem-solving frameworks to tackle complex engineering and exam-style questions. 4. Evaluate refrigeration and heat pump systems alongside modern low-environmental-impact working fluids. 5. Practice calculating thermal efficiency, work output, and coefficient of performance through step-by-step written scenarios. We begin with essential definitions and the core laws of thermodynamics before moving into detailed cycle analysis, efficiency calculations, and practical problem-solving methodologies. This course is designed for engineering students, exam candidates, and beginners seeking a solid conceptual and mathematical foundation in thermal systems. Start reading today to master the mechanics of energy conversion.