一、課程說明	
<br>This course aims to teach the working principles and applications in advanced 
<br>manufacturing technology.  
<br>The course is mainly divided into two parts, thermofluids for advanced 
<br>manufacturing and industrial laser machining.
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<br>In the first part of the course, an introduction and review to the physics of 
<br>thermodynamics, fluid mechanics and heat transfer will be provided to build 
<br>the background on these subjects. To illustrate their applications in advanced 
<br>manufacturing technologies, three specific topics encompassing manufacturing 
<br>systems to manufacturing processes will be discussed: optimal design of 
<br>semiconductor manufacturing systems, active thermal management for high 
<br>precision machining center, and low temperature laser microfabrication 
<br>processes. 
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<br>In the second part of the course, the course will start from introducing 
<br>miscellaneous applications of industrial machining with various types of 
<br>lasers which are different in wavelengths, pulse duration, and pulse energies. 
<br>The underlying physics phenomena in the process of laser machining will then 
<br>be studied. The simulation tools for simulating the multi-physics processes 
<br>will be introduced as well.
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<br>二、指定用書
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<br>三、參考書籍
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<br>四、教學方式	投影片授課 / 實例示範
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<br>五、教學進度
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<br>9月17日	課程介紹
<br>9月24日	熱流與製造1
<br>10月1日	熱流與製造2
<br>10月8日	熱流與製造3
<br>10月15日	雷射製造技術1
<br>10月22日	雷射製造技術2
<br>10月29日	多重物理耦合模擬技術
<br>11月5日	智慧製造技術簡介
<br>11月12日	學習參訪
<br>11月19日	Industrial Laser Machining Applications
<br>11月26日	Working Principles of Laser Machining (Part I)
<br>12月3日	Introduction to Laser and Optics 
<br>12月10日	Working Principles of Laser Machining (Part II)
<br>12月16日	Factory Tour-新代&台中
<br>12月24日	皮托科技教學,Multi-Physics Laser Simulation
<br>12月31日	Final Presentation
<br>1月7日	Final Presentation
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<br>六、成績考核	作業、報告
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<br>七、講義位址
<br>    http://	
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