Design and exploration of university fluid simulation course 126 116

Authors

  • Yuxin Yang Shanghai University of Engineering Sciences Author https://orcid.org/0000-0003-2372-2869
    • Qi Zhou Shanghai University of Engineering Sciences Author
      • Haofeng Xie Shanghai University of Engineering Sciences Author
        • Rongchun Ding Shanghai University of Engineering Sciences Author
          • Jiayi Li Shanghai University of Engineering Sciences Author
            • Guilian Wang Shanghai University of Engineering Sciences Author

              DOI:

              https://doi.org/10.31686/ijier.vol10.iss12.4023

              Keywords:

              CFD, Practice Teaching, Fluid mechanics, Design and Exploration

              Abstract

              With the development of the times, fluid simulation technology has been used in university courses. As many university courses are too theoretical and difficult to understand, in order to achieve better learning results, the author believes that visualizing abstract concepts with simulation tools can help promote the course and enable students to achieve ideal learning results. This course introduces CFD, a fluid simulation tool. Through learning this course, students can more deeply understand the principles of fluid mechanics and enhance their understanding and application ability of theoretical knowledge through simulation practice.

              Author Biographies

              • Yuxin Yang, Shanghai University of Engineering Sciences

                School of Electronic and Electrical Engineering

              • Qi Zhou, Shanghai University of Engineering Sciences

                School of Electronic and Electrical Engineering

              • Haofeng Xie, Shanghai University of Engineering Sciences

                School of Electronic and Electrical Engineering

              • Rongchun Ding, Shanghai University of Engineering Sciences

                School of Electronic and Electrical Engineering

              • Jiayi Li, Shanghai University of Engineering Sciences

                School of Electronic and Electrical Engineering

              • Guilian Wang, Shanghai University of Engineering Sciences

                School of Electronic and Electrical Engineering

              References

              Xu D, and Chun Ning & Bai Yuchuan. (2016). A preliminary study on the enlightening teaching of engineering fluid mechanics based on life practice. Mechanics and Practice (02),195-198.

              Yi Pengfei, Ma Suwen & Zhang Jianpeng.(2022). Application and development of CFD numerical simulation method in fluid mechanics teaching. Journal of Yili Normal University (Natural Science Edition)(02),69-76.

              Zhang Xu, Fang Yan & Xing Jingzhong. (2019). Teaching method reform of engineering mechanics under the background of "new engineering". Review of Science and Technology Innovation (16),210-211.

              Zhang Na.(2021). The application of virtual simulation technology in the teaching of fluid mechanics. Western Quality Education (21), 120-122.

              Yu Ping & Guo Huafeng.(2018). Application of FLUENT software in engineering fluid mechanics teaching. Education and Teaching Forum (16), 271-272.

              Han Qing, Men Xiuhua, Wang Xiaohui, Zhao Shikui&Sun Xuan. (2016). Practical teaching application based on computational fluid dynamics simulation software Science and Technology Horizon (26), 65-66

              Li Baiqi, Zhou Weixin & Liu Xiaodong. (2009). Strengthening the research of fluid mechanics technology to lead the innovation of marine engineering. Ship Science and Technology (08), 17-22.

              Liu Tianyi. (2017). Briefly describe the clever use of fluid mechanics in navigation and aviation. Motherland (24), 263+122.

              Downloads

              Published

              2022-12-01

              How to Cite

              Yang, Y., Zhou, Q., Xie, H., Ding, R., Li, J., & Wang, G. (2022). Design and exploration of university fluid simulation course. International Journal for Innovation Education and Research, 10(12), 202-205. https://doi.org/10.31686/ijier.vol10.iss12.4023