Heat & Thermodynamics: Fundamentals with Excel

Grasping the principles of heat and thermodynamics is essential for anyone looking to analyze energy systems or solve practical engineering challenges. This course will guide you through the fundamental laws governing energy, heat, and work, equipping you with the knowledge to confidently approach complex problems and perform calculations using Excel. By the end, you'll be able to confidently apply core thermodynamic principles and use Excel as a powerful tool for practical problem-solving in various contexts. You'll learn to: * Understand the foundational concepts of temperature, heat, and various forms of energy. * Apply the First and Second Laws of Thermodynamics to analyze energy transformations and entropy. * Interpret and use thermodynamic property tables and charts for different substances. * Practice solving energy balance and heat transfer problems using Excel spreadsheets. * Calculate efficiency and performance for common thermodynamic cycles and processes. * Build basic analytical models in Excel to simulate and evaluate thermodynamic systems. * Analyze real-world scenarios involving heat engines, refrigerators, and power cycles. Starting with basic definitions, the course systematically introduces the laws of thermodynamics, then moves to practical problem-solving and system analysis, emphasizing hands-on application within Excel. This course is perfect for beginners in engineering, physics, or any related field, who want to build a solid understanding of heat and thermodynamics and gain practical skills in Excel for calculations. No prior knowledge is assumed. Begin your journey to mastering energy principles today.