This syllabus was developed for online learning. ASCI 309 online syll This course, ASCI 309 Aerodynamics, is an online offering designed to provide students with a comprehensive understanding of aerodynamic principles related to aircraft performance and flight mechanics. The course covers key topics such as incompressible flow airfoil theory, wing theory, calculation of stall speed, drag, performance criteria, effects of configuration changes, high and low-speed flight conditions, and an introduction to compressible flow. Prerequisites include courses in physics, college mathematics, and research methods, ensuring students possess the foundational knowledge necessary for advanced aeronautical studies. The course employs a variety of instructional materials including textbook readings (Dole & Lewis, 2000; Hurt, 1965), online lectures, example problems, and aviation-related videos. It emphasizes active participation through weekly discussion forums, practical exercises, and exams. Assessment is based on discussions (20%), exercises (30%), midterm exam (25%), and final exam (25%), encouraging continuous engagement and mastery of the material. The course aims to equip students with the ability to solve complex aeronautical problems, analyze aerodynamic data, and understand the operating limitations of aircraft. Students will explore both theoretical concepts and practical applications, including behavior of airfoils, boundary layer effects, induced drag reduction methods, wing planform characteristics, effects of compressibility, and stability and control principles. The curriculum also integrates research methods and statistical analysis pertinent to aeronautical engineering, fostering critical thinking and scientific rigor. Throughout the course, students will engage with online discussions, complete weekly exercises, and undertake comprehensive exams. Emphasis is placed on academic integrity, timely submission of assignments, and effective communication with instructors. Resources such as the Embry-Riddle Aeronautical University library, RefWorks reference management tool, and reputable online aeronautics sites support the learning experience.
Paper For Above instruction Introduction Understanding aerodynamics is fundamental to the design, performance, and safety of aircraft. In modern aviation, the ability to analyze and interpret aerodynamic principles enables engineers and pilots alike to