Thermodynamics 101: Essentials + Power & Refrigeration Cycle

所在平台: Udemy

课程主页: https://www.udemy.com/course/thermodynamics-101/

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课程名称:热力学 101:基础 + 动力与制冷循环 课程概述: 本课程将深入讲解热力学基本定律,这是理解宇宙万象的基石,无论是日常的烧水过程,还是复杂的生态系统,亦或是整个宇宙的运作,都离不开热力学的规律。课程还将介绍日常生活中不可或缺的机械设备,如汽车、发电厂和制冷系统,它们都遵循热力学的基本原理。 学习内容: * 热力学入门术语和概念 * 热力学第一、第二定律及其在宇宙和发动机工作机制中的应用 * 各种动力循环(蒸汽动力厂、燃气动力厂、喷气发动机、汽车发动机)和制冷循环的原理 课程章节: * 引言与初步概念 * 纯物质的性质 * 热力学第一定律 * 热力学第二定律(包含熵) * 相变动力循环(如蒸汽机) * 气体动力循环(如内燃机、燃气动力厂) * 制冷循环 如有任何疑问,欢迎随时通过Udemy、Instagram或电子邮件联系。让我们一起开始热力学的学习之旅!

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The fundamental principles of the laws of thermodynamics serve as the cornerstone for comprehending and understanding the vast array of phenomena observable throughout the cosmos. From the seemingly mundane yet essential processes such as the boiling of water to the intricate workings of ecosystems, and even extending to the entirety of the universe itself, these laws have influence which is everywhere. Furthermore, the intricate machinery that facilitates the fabric of our daily lives, encompassing automobiles, power plants, and refrigeration systems, operates in the accordance of the fundamental laws and principles of thermodynamics.In this course you will learn the preliminary terminologies and concepts required for understanding of thermodynamics. Next, we will move on learning the two famous laws of thermodynamics which explain the working mechanisms of engines to the creation of universe itself. You will also learn about the cycles on which steam power plants, gaseous power plants, jet engines, automobile engines and refrigerators work. This course will cover various topics contained in following chapters:Introduction and PreliminariesProperties of pure substanceFirst Law of thermodynamicsSecond Law of Thermodynamics (+Entropy)Phase Change Power Cycles (Steam Engines etc.)Gaseous Power Cycles (IC Engines, Gas Power Plants etc.)Refrigeration CyclesIf you have any question, contact me here on Udemy, on Instagram, via Email wherever you desire without any hesitation. So, let's jump in and start learning Thermodynamics.

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