Aerodynamics / Aerospace: All Levels

Aerodynamics / Aerospace: All Levels

6
2h 36m 5s
  1. Section 1

    Aerodynamics and Aerospace Concept

  2. Section 2

    Transonic Flow Over a 3-D Airfoil

  3. Section 3

    Dynamic Stability Derivatives Concept

  4. Section 4

    Dynamic Stability Derivatives for a Flying Wing

  5. Section 5

    Fluid-Structure Interaction (FSI) Concepts

  6. Section 6

    FSI over a HAWT (Vibration)

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Aerodynamics / Aerospace: All Levels — Ep 01

Aerodynamics and Aerospace CFD Simulation Concepts in ANSYS Fluent

Episode
01
Run Time
27m 30s
Published
Nov 18, 2024
Course Progress
0%
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About This Episode

Aerodynamics and Aerospace Concepts in ANSYS Fluent

Welcome to the first episode of our “Aerodynamic / Aerospace: All Levels” course. This foundational lesson introduces you to the essential concepts of aerodynamics and aerospace engineering, leveraging the powerful capabilities of ANSYS Fluent for Computational Fluid Dynamics (CFD) simulations.

Episode Overview

In this comprehensive video, we delve into the fundamental principles that govern aerodynamics and their applications in aerospace engineering. You’ll gain insights into how ANSYS Fluent, a leading CFD software, is used to generate crucial aerodynamic coefficients and model complex shock wave phenomena.

Key Learning Objectives

By the end of this episode, you’ll have a solid understanding of:

1. Aerodynamic Forces and Coefficients

  • Lift force and its coefficient: Understanding the upward force that keeps aircraft aloft
  • Drag force and its coefficient: Exploring the resistance force in fluid environments
  • Moment and its coefficient: Analyzing the rotational force affecting aircraft stability

2. Shock Wave Phenomena

Discover the various types of shock waves and their significance in aerospace engineering:

  • Normal shock waves: Perpendicular to the flow direction
  • Oblique shock waves: Formed at an angle to the flow
  • Reflected shock waves: Resulting from interactions with surfaces
  • Expansion waves: Associated with supersonic flow around corners
  • Crossed shock waves: Occurring when multiple shock waves intersect

ANSYS Fluent Applications

Learn how ANSYS Fluent is utilized in aerospace engineering to:

  • Simulate complex aerodynamic scenarios
  • Calculate accurate aerodynamic coefficients
  • Model various shock wave types for different flight conditions

Why This Episode Is Crucial

  • Lays the groundwork for advanced aerodynamic concepts
  • Introduces industry-standard CFD tools and techniques
  • Provides a blend of theoretical knowledge and practical application

Who Will Benefit

This episode is perfect for:

  • Aerospace engineering students
  • CFD enthusiasts interested in aerospace applications
  • Professionals looking to enhance their understanding of aerodynamics
  • Anyone curious about the physics behind flight and aerospace engineering

Start Your Aerospace Journey Today!

Embark on your aerospace engineering adventure with this informative first episode. Gain the foundational knowledge needed to excel in the field of aerodynamics and set yourself up for success in the subsequent lessons of our “Aerodynamic / Aerospace: All Levels” course.