基于Fluent案例的工程流体力学课程教学研究

【摘要】 工程流体力学是大多数高等学校工程类专业必修的学科基础课程，典型特点是抽象、逻辑性强。为使学生深刻理解工程流体力学关键问题，该文基于Fluent软件在理论教学中同步阐述弯管、缩放型圆管、斜三通管路流体力学问题数值模拟，在课堂教学过程中穿插数值计算结果，并让学生理解流动问题发生本质，从而激发学生学习兴趣，提高教学效果，培养学生分析问题的实践能力。更多还原

【Abstract】 Engineering Fluid Mechanics is a professional basic course for many engineering majors in colleges. The typical characteristics of the course are abstract and complex logic. In order to give students a deeper understanding of the key knowledge of engineering fluid mechanics, this paper carries out course teaching based on Fluent software. In the theoretical teaching, the numerical simulation of fluid mechanics problems such as elbows, zoom tubes, and inclined three-way pipes is described simultaneously. The numerical calculation results are interspersed in the classroom theoretical teaching process. This approach facilitates students to understand the nature of flow problems, improve their learning interests, and enable the capabilities to solve problems in practice.更多还原