Aeroadda

AIRFOILS AND WINGS

45 hours

About Course

Discover the fundamental principles of airfoils and wings in aviation and aerodynamics. This course provides a comprehensive understanding of how airfoils generate lift and the various design considerations involved in wing construction.

What Will You Learn?

  • The basic principles of aerodynamics related to airfoils and wings.
  • How airfoils generate lift and the factors influencing lift and drag.
  • The characteristics and performance of different airfoil shapes.
  • The impact of wing design on aircraft performance and stability.
  • How to analyze and interpret airfoil and wing data.
  • The role of aspect ratio, wing loading, and other design parameters in wing efficiency.
  • Practical considerations in the design and selection of airfoils and wings.

Material Includes

  • GATE AE 15 PYQs solutions and chapter wise quizzes

Requirements

  • Basic understanding of physics, particularly mechanics and fluid dynamics.
  • Familiarity with fundamental mathematical concepts, including algebra and trigonometry.
  • Interest in aviation or aerospace engineering.
  • No prior experience in aerodynamics required, but helpful if available.

Course Content

AIRFOIL NOMENCLATURE
The "Airfoil Nomenclature" course is dedicated to providing a comprehensive overview of the various terms and naming conventions used in the study and application of airfoils. Airfoils, being the foundational components of wings and blades in aviation and aerodynamics, require a precise and consistent language for their description and analysis. In this course, you will explore the key terms such as chord, camber, thickness, leading edge, trailing edge, and more. You'll learn how these terms are defined and measured, and how they relate to the overall performance of an airfoil. The course will also cover the different classification systems, including NACA, NASA, and other industry-standard methods for categorizing airfoils. Through detailed explanations and visual aids, you will develop a solid understanding of airfoil nomenclature, enabling you to effectively communicate and interpret technical information in the field of aerodynamics. This knowledge is essential for aerospace engineers, aircraft designers, and aviation professionals who need to precisely describe and analyze airfoil characteristics.

  • AERODYNAMICS COEFFICIENTS
  • KUTTA-JOUKOSWKI
    00:00
  • AERODYNAMIC COEFFICIENTS
    00:00
  • THIN AIRFOIL THEORY
    00:00
  • KUTTA CONDITION
    00:00
  • FINITE WING THEORY
    00:00
  • PRANDTL LIFTING LINE THEORY
    00:00
  • CRITICAL AND DRAG DIVERGENCE MACH NUMBER
    00:00
  • VORTEX FLOW
    00:00

Instructors

Aeroadda

Aeroadda

4.4
22 Students
45 Courses