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所在平台: Udemy |
课程主页: https://www.udemy.com/course/my-lectures-on-available-energy-exergy-thermodynamics/
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课程名称：热力学：可用能、火用概念详解 课程概述： 本课程旨在深入浅出地讲解热力学中两大核心概念——熵（Entropy）和火用（Exergy）。通过作者20多年的教学经验，本课程将以一种易于理解的方式探索这些通常被认为具有挑战性但又非常令人兴奋的概念。课程利用现代科技，将原本局限于课堂的教学内容推广至全球，让任何对热力学感兴趣的学习者都能从中受益。 学完本课程后，学生将能够： * 深入理解和欣赏火用的概念。 * 将火用概念应用于实际工程问题。 * 提升自信心和问题解决能力。 目标学员： * 已学习过热力学基础知识的学生。 * 曾学习过“热力学轻松学”课程的学生。 课程内容亮点： * **火用（Exergy）的定义和内在含义。** * **火用与热传递（Heat Transfer）之间的关系。** * **火用与可逆性（Reversibility）的联系。** * **不可逆热传递（来自无限和有限热源）过程中的火用损失（Exergy destruction）。** * **封闭系统（Closed system）的火用分析。** * **稳定流动系统（Steady flow system）的火用分析。** * **第二定律效率（Second law efficiency）的阐述。** * **火用平衡（Exergy balance）与火用损失（Exergy destruction）的详细讲解。** 本课程致力于帮助学习者跨越理解熵和火用的门槛，并为他们解决实际工程问题提供有力的工具。
Thermodynamics is interestingConcepts of Entropy and Exergy are challenging and exciting and often students get a new high when they are able to grasp these conceptsMy 20 plus years of teaching experience has taught me how to explore this subject and make the concepts easy for my studentsNow with technology teaching learning process is not confined to class rooms and to my limited students.I can now reach the students across th globe and that is what the plan is.The series of lectures i delivered to my students are now made available to anyone interested in thermodynamics across the globe.i am confident that after completing this course students would understand appreciate and apply concepts of exergy for real life engineering problems. Their confidence would improve and problem solving skills would be enhanced In this course. Students who have studied thermodynamics or have had enrolled earlier for my course Thermodynamics made easy would easily understand the key concepts covered in the lecture.The key concepts covered include exergy balance and exergy destruction.What is Exergy ?Exergy and Heat Transfer?Exergy and Reversibility ?Exergy destruction during irreversible heat transfer from infinite as well as finite sources Exergy of closed systemExergy of steady flow systemSecond law efficiency
