高等建筑教育
高等建築教育
고등건축교육
Journal of Architectural Education in Institutions of Higher Learning
2014年
2期
74~77
,共null页
流体力学 教学改革 多媒体教学 分层次教学 实验教学 CFD
流體力學 教學改革 多媒體教學 分層次教學 實驗教學 CFD
류체역학 교학개혁 다매체교학 분층차교학 실험교학 CFD
fluid mechanics; teaching reform; multimedia teaching; layered teaching; experimental teaching;CFD
流体力学作为工程技术类专业的一门基础课，其理论性强，知识点多，难度大，不容易被学生理解。在流体力学省级精品课程建设中，推行多媒体教学方式、实行分层次与类别教学模式和启发式实验教学模式；在流体力学课程中引入计算流体力学（CFD）的教学与实践，将科研立项与创新实践活动结合起来，达到巩固知识、加深理解以及培养创新能力的目的。
流體力學作為工程技術類專業的一門基礎課，其理論性彊，知識點多，難度大，不容易被學生理解。在流體力學省級精品課程建設中，推行多媒體教學方式、實行分層次與類彆教學模式和啟髮式實驗教學模式；在流體力學課程中引入計算流體力學（CFD）的教學與實踐，將科研立項與創新實踐活動結閤起來，達到鞏固知識、加深理解以及培養創新能力的目的。
류체역학작위공정기술류전업적일문기출과，기이론성강，지식점다，난도대，불용역피학생리해。재류체역학성급정품과정건설중，추행다매체교학방식、실행분층차여유별교학모식화계발식실험교학모식；재류체역학과정중인입계산류체역학（CFD）적교학여실천，장과연립항여창신실천활동결합기래，체도공고지식、가심리해이급배양창신능력적목적。
Fluid mechanics is a basic course in science and engineering specialty. It is theoretical and difficult and contains many knowledge points, which are not easy to be understood for most students. In the construction process of excellent course of fluid mechanics, the multimedia teaching method, layered teaching mode, and heuristic teaching mode were gradually carried out in the traditional teaching practice. By introducing the CFD into fluid mechanics course teaching and combining scientific research projects with innovation practice activity, students＇ knowledge was consolidated, their understanding of fluid mechanics was strengthened, and their innovative ability was improved.
