開課班級Class: 授課教師Teacher: 學分數Credits:
進四機械三A 陳彩蓉 3
課程大綱Course Description:
流體力學與人類的食﹑衣﹑住﹑行﹑育﹑樂息息相關。本課程中主要探討:流體之基本流動理論,現象,以及幾種和流體有關之機械,包含(1)泵浦(2)風扇(3)水輪機等使用(或產生)能源之原理。此外,包括管流﹑外部流、壓縮與不可壓縮、等等也都會加以說明,並且在了解這些原理後,學者便能以較佳的設計方式以達到節能、環境保護之目的。同時,在本課程中也將應用計算流體力學方法(CFD),去分析實際的流體力學工程問題。在本課程中使用有限元素軟體(Gambit-Fluent),教授重點內容包含: 前處理(建立模型、切割網格),數學求解(設定合理的邊界條件、選擇正確合宜的數學方程式模型、數值分析的方法),後處理,之三項步驟,使學生熟悉電腦軟體之操作,以獲得實際電腦實習之經驗。學生可以因此而得到所需要之各項有用的資訊,如:壓力分佈、阻力、升力、溫度、流速以及其他各種現象。
English Outline:
Fluid Mechanics is that discipline within the broad field of applied mechanics concerned with the behavior of liquids and gases at rest or in motion. This course provides fundamental aspects of fluid mechanics such as fluid properties, pressure variations in fluids at rest and in motion, fluid kinematics, mathematical description of fluid phenomena like internal, external, incompressible, and compressible flows.

The objectives of this course are
‧ To learn the basic principles and equations of fluid mechanics
‧ To learn real-world engineering examples to give students a feel for how fluid mechanics is applied in engineering practice
‧ To develop an intuitive understanding of fluid mechanics by emphasizing the physics instead of just equations and mathematics.

This course also uses a commercial finite element software Gambit-Fluent to solve fluid related problems. Therefore, full knowledge about using preprocessor(model set-up, mesh generation), solver(Navier-Stokes Equations), and post-processors will be introduced.
Students will be required to use computers to analyze fluid problems to understand the pressure, temperature, flow velocity of a flow-field.
本科目教學目標Course Objectives:
教學型態Teaching Models: 成績考核方式Grading:
課堂教學+實習 (校內、校外)+遠距輔助教學(同步、非同步)  平時成績General Performance:50%
期中考Midterm Exam:25%
期末考Final exam:25%
其它 Other:點名10% 上課筆記10% 作業 與上課練習10% 小考20%
參考書目Textbooks/References:
SDGs指標:
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UCAN職業項目:
製程研發人才,工程及技術人才
課程更新狀態:
課程匯入時間Import Time:2024-01-23 08:19:00
最後更新時間Last Modified:2024-02-17 23:40:12,更新人modified by:陳彩蓉