| 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 |
|---|---|---|---|---|
| 3203108 | 電腦輔助化學工程（一） | Computer-Aided Chemical Engineering (I) | 3.0 | 3 |
| 中文概述 Chinese Description | 本課程旨在利用電腦模擬與計算工具，深入探討化學工程領域的核心知識，涵蓋化工熱力學與化學反應工程兩大主題。 在熱力學部分，課程將介紹如何透過化工模擬軟體Aspen Plus及其連結的資料庫，進行物性、化性及物質間相互作用力的分析。並藉由不同熱力學模型，計算混合物的相圖。課程也將運用生成式AI輔助，指導學生撰寫狀態方程式與活性係數模型的電腦程式，以強化理論與實務的結合。 在化學反應工程部分，將透過Aspen Plus的反應式建構功能，介紹動力學模型在實務上的應用。課堂將包含使用Aspen Plus進行不同類型反應器的模擬，並分析與解讀熱力學與動力學數據。 此課程對於化工系學生，將深化熱力學與反應工程基礎，強化單元設計與模擬能力，為頂石課程中的化工程序設計打下堅實基礎。對於非化工專業學生，則能透過電腦模擬與計算，理解化學工程教育的核心概念，為跨領域學習提供起點。 | |||
| 英文概述 English Description | This course aims to utilize computer simulation and computational tools to explore fundamental knowledge in the field of chemical engineering, covering two major topics: chemical engineering thermodynamics and chemical reaction engineering. In the thermodynamics section, the course will introduce how to analyze physical properties, chemical properties, and intermolecular interactions using Aspen Plus, a chemical process simulation software, along with its integrated databases. The course will also explore the calculation of phase diagrams for mixtures using various thermodynamic models. Additionally, generative AI tools will be employed to guide students in writing computer programs for equations of state and activity coefficient models, bridging theory with practical application. In the chemical reaction engineering section, Aspen Plus will be used to demonstrate the construction of reaction models and their practical applications in different kinetic models. The course will inc | |||
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