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所在平台: Udemy |
课程主页: https://www.udemy.com/course/heat-transfer-d/
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课程名称：热传导基础 课程概述：本课程旨在介绍和发展对热传导方式（传导、对流和辐射）的理解。学习者将掌握与这些热传导方式相关的各类方程，分析不同模式下的热传递率数据，探索不同热传导设备（如热交换器）的设计过程。课程还将提供实践机会，以提升批判性思维能力，解决开放性问题及团队合作能力。 学习目标： 1. 认识热传导的理论。 2. 陈述传导、对流和辐射的基本知识。 3. 阐明与热传导相关的机械部件设计原则。 4. 演示解决问题的方法。 5. 解释质量传递的发展。 6. 列出根据力学原理解决问题的方法。 7. 表现最佳模型。 其他学习目标： - 选择适当的数学和计算机方法来建模和分析问题。 - 基于分析思维选择适当的工程问题解决方案。 - 综合交流和评估来源于多种渠道的不同观点和知识。 - 选择和评估适合各种工程问题的信息通讯技术工具。 - 分析数值模型的结果。 - 创造性地解决机电一体化系统中的制造、维护和接口问题，同时考虑工业和商业约束。 学生将学习如何整合数学、科学、信息技术、设计、商业背景和工程实践，以解决工程问题，并在设计和方法上实践整洁性和美学。课程还将强调基本的组织和项目管理技能，准备和呈现技术报告，以及使用实际的系统方法进行设计和性能评估。 团队合作和沟通技巧是课程的重要组成部分，鼓励学生在多学科团队中有效合作，同时培养领导和激励个体的能力，并参考相关文献。通过本课程，学员将获得全面的热传导知识和工程问题解决能力。
This course aims to introduce:introduce and develop an understanding of the modes of heat transfer (conduction ,convection an radiation).Device and discuss all types of equation in these modes of heat transfere- Analyze heat transfere rate data in different modes - charactarization the design procedure for different heat transfere equipment as heat exchanger.-provide practice developing critical thinking skills,solvong open ended problems and to work in teamsa1- ٌRecognize Theories of heat transfer. a2. State basic of conduction convection and radiation. a3- Illastrate prenciple of design of mechanical components which related to the heat transfer. a4- Domenestrate how to solve problems. a5-Explaine the development of mass transfere. a6-list the methods to solve the problems according to the principle of mechanics. a7- Represent the best model. b1- select aproperiate mathematical and computer based methods for modeling and analyze problems. b2- select approparite solutions for engineering problems based on analytical thinking. b3- Combine exchange and asses different ideas,views and knoledge from range of sources. b4- Select and appraise appropriate ICT tools to avariety of engineering problems. b5- Analyse results of numerical models.b6- Create solutions of mechatronics systems especially to manufacturing,maintance and interfacing problems in creative way taking account of idusterial and commercial constraints. c1- Apply knoledge of mathimatics,scince,information technology ,design,business conteextand engineering practice integrally to solve engineering problems. c2- Practice the neatess and aethetics in design and approache c3- Practice basic organizational and project manegment skills. c4-Prepare and present technical report. c5- utilize practical systems approache to design and performance evaluation. c6- utilize practical systems approache to design and performance evaluation. d1- Collaborate effectively withen multidisciplinary team d2-Communicate effectively d3- Leade and motivate indivedual d4- Refare to relevent literetures
