In recent years, university exchanges between China and Japan is more active, we can see that in the joint efforts of China and Japan, the scale of cooperation is expanding, understanding and friendship between the yo...In recent years, university exchanges between China and Japan is more active, we can see that in the joint efforts of China and Japan, the scale of cooperation is expanding, understanding and friendship between the young people are gradually deepened. The long- term stability of University conducted exchanges and cooperation in education with Japan is the concrete manifestation of China＇ s opening-up. Therefore, what＇ s the meaning of joint training of undergraduate education in universities？ This paper studies on ＂2 ＋ 2＂ program between our college and the west of the international University of Japan. We analysis the favorable and unfavorable factors in joint training programs, clarify the necessity and feasibility of acting joint training programs, and provide some reference for the development of our joint training program.展开更多
CFD （computational fluid dynamics） is following the trend of CAD and FEA （finite element analysis） to undergraduate education especially with recent advances in commercial codes. It will soon take its place as an ...CFD （computational fluid dynamics） is following the trend of CAD and FEA （finite element analysis） to undergraduate education especially with recent advances in commercial codes. It will soon take its place as an expected skill for new engineering graduates. CFD was added as a component to an experiment in a junior level fluid mechanics course. The objectives were to introduce CFD, as an analysis tool, to the students and to support the theoretical concepts of the course. The students were asked to complete an experimental two-dimensional study for a wing in a wind tunnel, to use CFD to simulate the flow, and to predict the aerodynamic lift using CFD as well as the experimentally obtained pressure distribution. In addition, they had to compare their results to published data for the studied wing. Details of the course, the wind tunnel test and the CFD simulations are presented. Samples from the students＇ work are used in the discussion. The lab activities were successfully completed by the students and the learning objectives were well addressed. One of the valuable outcomes from this lab was the opportunity for the students to integrate multiple fluid mechanics analysis tools and learn about the limits for each tool. CFD also enhanced the learning in the lab activities and increased students＇ interest in the subject.展开更多
基金Acknowledgement This research was financially supported by the Xi＇an Social Science Foundation of Year 2015 （Grant NO. 15WL07）
文摘In recent years, university exchanges between China and Japan is more active, we can see that in the joint efforts of China and Japan, the scale of cooperation is expanding, understanding and friendship between the young people are gradually deepened. The long- term stability of University conducted exchanges and cooperation in education with Japan is the concrete manifestation of China＇ s opening-up. Therefore, what＇ s the meaning of joint training of undergraduate education in universities？ This paper studies on ＂2 ＋ 2＂ program between our college and the west of the international University of Japan. We analysis the favorable and unfavorable factors in joint training programs, clarify the necessity and feasibility of acting joint training programs, and provide some reference for the development of our joint training program.
文摘CFD （computational fluid dynamics） is following the trend of CAD and FEA （finite element analysis） to undergraduate education especially with recent advances in commercial codes. It will soon take its place as an expected skill for new engineering graduates. CFD was added as a component to an experiment in a junior level fluid mechanics course. The objectives were to introduce CFD, as an analysis tool, to the students and to support the theoretical concepts of the course. The students were asked to complete an experimental two-dimensional study for a wing in a wind tunnel, to use CFD to simulate the flow, and to predict the aerodynamic lift using CFD as well as the experimentally obtained pressure distribution. In addition, they had to compare their results to published data for the studied wing. Details of the course, the wind tunnel test and the CFD simulations are presented. Samples from the students＇ work are used in the discussion. The lab activities were successfully completed by the students and the learning objectives were well addressed. One of the valuable outcomes from this lab was the opportunity for the students to integrate multiple fluid mechanics analysis tools and learn about the limits for each tool. CFD also enhanced the learning in the lab activities and increased students＇ interest in the subject.
