Interactive Online Aerodynamics Experiment: Lift and Drag on an Aerofoil Wing
Document Type
Conference Proceeding
Publication Date
3-2-2022
Abstract
Following the Covid_19 pandemic situation, the development of future online teaching and learning methodologies should focus on providing remote (distant) students with the same required skills as in a typical standard operation. In engineering education, experimentation has a critical role for students to acquire key physical concepts. Wing lift and drag measurements are the most important experiments in aerodynamics courses, where the design of any proposed online experimentation method should ensures that the student will gain the same practical skills as in a normal standard on-campus situation. Consequently, this design must ensure that the required theoretical, analytical concepts, and experimental skills are fully covered in any proposed online learning mechanism for the current and post Covid_19 situation. This paper presents an effort towards the development of new teaching and learning mechanism for aerodynamics experiments along with the corresponding assessment for online implementation in post Covid_19 situation. The experiment has been developed using an online mixed-reality (MR) approach, which will provide the students the ability to operate the experiments from anywhere at any time through access to an online platform that hosts the mixed-reality (MR) experiment. © 2023, The Author(s), under exclusive license to Springer Nature Switzerland AG.
Recommended Citation
Aboelezz, Ahmed; Makeen, Peter; and Ghali, Hani, "Interactive Online Aerodynamics Experiment: Lift and Drag on an Aerofoil Wing" (2022). Electrical Engineering. 58.
https://buescholar.bue.edu.eg/elec_eng/58
