課 程 概 述
Course Description

課程編碼
Course Code
中文課程名稱
Course Name (Chinese)
英文課程名稱
Course Name (English)
總學分數
Credits
總時數
Hours
3324143 輸送現象 Transport Phenomena 3.0 3
中文概述
Chinese Description
資源工程的製程技術範圍包括了一些無機性及有機性物質的物理與化學變化。要有效的應用這些物質的製程技術,必須要對製程的輸送現象有基本的認識。而資源工程所涉及的領域也越來越重疊到一些其他工程領域,如陶瓷工程、冶金工程、化學工程、環境工程及生化工程動量,而與輸送現象有關的動量、熱量和質量傳送的原理定律都可應用到這些程序的領域中。本課程的教學目標即在提供學生相關的基本知識,以強化其在相關領域的基本技能。本課程的所涵蓋的基本原理與應用包括: 1. 工程原理和單元的簡介 2. 動量傳送原理和總均衡 3. 動量傳送原理與應用 4. 穩態熱量傳送原理 5. 非穩態熱量傳送原理 6. 質量傳送原理 7. 非穩態和對流傳送原理
英文概述
English Description
Material and resources processing technologies focus on the physical and chemical process of inorganic and organic materials. For effective applications of these processing technologies, understanding the principles of transport phenomena is essential. In the fields of Resources Engineering, many applications are closely related to ceramic engineering, metallurgy engineering, chemical engineering environmental engineering. Therefore, the fundamental principles of momentum transfer, heat transfer and mass transfer can all be applied to these related fields. The purpose of this course is to provide the students with the basic knowledge of transport phenomena, and to enhance the basic skills of related industry sectors. The contents of this course include: 1. introduction of engineering principles and unit operations 2. momentum transfer and total balance 3. principles and applications of momentum transfer 4. principles of steady state heat transfer 5. principles of non-steady state

備註:

  1. 本資料係由本校各教學單位、教務處課務組、進修部教務組、進修學院教務組及計網中心所共同提供!
  2. 本資料僅供參考,正式資料仍以教務處、進修部、進修學院所公佈之書面資料為準。