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所在平台: Udemy |
课程主页: https://www.udemy.com/course/heat-exchanger/
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**课程名称：**热交换器 **课程概述：** 本课程旨在系统性地介绍热交换器，从基础概念到效率提升的多种方法。课程共包含7个讲座，为学员提供完整的学习体验。 **讲座内容：** * **讲座1：** 课程内容概览。 * **讲座2 & 3：** 热交换器简介及其类型。 * **讲座4：** 热交换器性能评估（LMTD方法），深入讲解该方法、规格、结垢因素及实际案例。 * **讲座5：** 热交换器性能评估（NTU方法），包含规格及实际案例。 * **讲座6：** 热交换器性能的数学解释，以及结垢及其类型。 * **讲座7：** 适用热交换器的选择参数，以及提高热交换器效率的各种方法。 **学习要点：** 通过本课程，实践工程师和顾问将深入掌握以下主题，并学会“如何在热交换器中节能”，无论是针对现有设备还是新选型： 1. 热交换器入门（含类型） 2. 管壳式热交换器及其不同配置 3. 板式热交换器 4. 并流与逆流热交换器 5. 横流热交换器 6. 热交换器应用（空气预热器、省煤器、过热器、工艺加热器等） 7. 热交换器性能 8. 使用对数平均温差（LMTD）法评估热交换器性能 9. 相关数值计算 10. LMTD修正系数图表 11. 相关数值计算 12. LMTD方法的局限性 13. 使用有效性-NTU法评估热交换器性能 14. 相关数值计算 15. 热交换器结垢 16. 热交换器结垢的类型 17. 热交换器结垢的预防与清除 18. 气体和液体管壳式换热器制造商协会标准（TEMA） 19. 热交换器的选择 20. 提高热交换器效率的方法： * 管内插入件 * 翅片的使用 * 变形管的使用 * 挡板的使用 21. 热交换器泄漏检测方法 **目标学员：** 本课程特别适合在工业领域工作的实践工程师、顾问，以及正在为与热交换器相关的考试做准备的学生。
This course is about Heat Exchanger. Course consist of 7 lectures that provides learning experience from basics of heat exchanger to Improving it's efficiencies with many ways.Lecture 1: This lecture is about Overview of the Course Contents.Lecture 2 & 3: This lecture is about introduction of Heat Exchanger along with types of Heat Exchanger. Lecture 4: This lecture is about Performance of Heat Exchanger specifically LMTD method. The lecture provide deep understanding of this Method, it's specification, Fouling factors as well as practical example.Lecture 5: This lecture is about Performance of Heat Exchanger specifically NTU method with it's specification as well as practical example.Lecture 6: This lecture is about mathematical explanation of Heat Exchanger Performance as well as fouling in Heat Exchanger & it's types.Lecture 7: This lecture is about Selection parameter for choose appropriate Heat Exchanger as well as The different Methods for Improving Efficiency of Heat Exchanger.Practicing Engineer or consultant while going through the course, will learn following topics from the course on Heat Exchanger. The main benefit of the course is "How to save Energy in Heat Exchanger" for existing or for new selection of heat exchanger.1. Introduction to Heat Exchanger (with types of heat exchanger)2. Shell & Tube Heat Exchanger and their different configurations3. Plate type Heat Exchanger4. Parallel flow & Counter flow Heat Exchanger5. Cross flow Heat Exchanger6. Heat Exchanger Applications(Air preheater, economizer, super heater, process heater etc.)7. Performance of Heat Exchanger8. Log Mean Temperature Difference (LMTD) Method to evaluate heat exchanger performance9. Numerical10. LMTD Correction Factor Charts11. Numerical12. Limitation Log Mean Temperature Difference13. Effectiveness - NTU Method to evaluate heat exchanger performance14. Numerical15. Fouling in Heat Exchanger16. Types of Fouling in Heat Exchanger17. Prevention & Removal of Fouling in heat exchanger18. Tubular Exchanger Manufacturers Association Standards (TEMA)19. Selection of a Heat Exchanger20. Methods to Improve Efficiency of Heat ExchangerHeat Exchanger Tube InsertsUse of FinsUse of Deformed TubesUse of Baffles21. Leak Detection Methods for heat exchangersThe course of Heat Exchanger is designed for All practicing engineers and consultants working in industry or students preparing for exam related to Heat exchanger subject.
