• Post category:StudyBullet-17
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Aerospace Engineering: The Complete Aerodynamics Course
Unlocking Flight Dynamics: Mastering Transonic Aerodynamics and Airfoil Design

What you will learn

Transonic Aerodynamics Mastery: Understand transonic aerodynamics for aircraft and jets, exploring unique challenges in high-speed flight.

Advanced Air Effects Expertise: Dive deep into air compressibility and viscosity, grasping their impact on aircraft and Formula One cars.

Practical Airfoil Design: Acquire hands-on skills using aerodynamics software for designing functional airfoils, essential for aerospace employment.

Comprehensive Advanced Aerodynamics: Explore advanced concepts in transonic flight, covering pressure coefficient, shock waves, and critical elements for e

Description

Embark on a thrilling journey into the dynamic realm of aerospace engineering with our comprehensive Udemy course, “Aerospace Engineering: The Complete Aerodynamics Course.” Designed for learners of all levels, from complete beginners to aspiring professionals, this course offers a deep dive into the fundamental principles and advanced concepts that govern aerodynamics.

What You’ll Learn:


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  • Transonic Aerodynamics Mastery: Explore the intricacies of transonic aerodynamics, unraveling the mysteries behind commercial aircraft and military jets’ high-speed flight. Understand the unique challenges and considerations that shape the aerodynamic behavior of these cutting-edge vehicles.
  • Advanced Air Effects Expertise: Delve into the complexities of air compressibility and viscosity, going beyond basic aerodynamics. Gain a comprehensive understanding of how these factors influence the performance of aerospace vehicles, from aircraft to Formula One racing cars.
  • Practical Airfoil Design with Software: Acquire hands-on skills using aerodynamics software to design fully operational airfoils. Translate theoretical knowledge into practical applications, a crucial skill for those aspiring to work in the aerospace industry.
  • Comprehensive Understanding of Advanced Concepts: Explore advanced aerodynamic concepts, including pressure coefficient, shock waves, and other critical elements in transonic aerodynamics. Develop the ability to analyze and interpret aerodynamic data, empowering you to make informed design decisions and troubleshoot challenges effectively.

Why Enroll:

  • Accessible Learning for All Levels: Whether you’re a complete beginner or a seasoned professional, this course is tailored to meet you where you are in your aerospace engineering journey.
  • Cost-Effective Education: Save money compared to traditional university courses while gaining access to content equivalent to what is taught in formal academic settings.
  • Expert Guidance: Benefit from expert instruction and support at every step. The instructor is committed to making complex concepts understandable and applicable.

Unlock the secrets of aerodynamics, elevate your understanding of aerospace engineering, and position yourself for success in this dynamic field. Enroll now and join a community of learners passionate about mastering the art and science of flight!

English
language

Content

Definition of the Word Aerodynamics

Definition of the Word Aerodynamics

Flying Principles and Aerostatics Principle

Flying Principles and Aerostatics Principle
Aerodynamic and Inertial Flying Principles
Airplane Components and Usage
Aerodynamic Schemes

Coordinate Systems

Coordinate Systems
Flight Dynamics: Forces and Moments
General Information for the Atmosphere
Viscosity and Viscous Flows
Air Compressibility and Mach Number
Branches of Aerodynamics

What is Transonic Flow?

What is Transonic Flow?
Physical Properties of Transonic Fluids
Advanced Compressibility
Pressure Coefficient
Mach Waves and Shock Waves

2D Airfoils

2D Airfoils
Compressibility Effects for Airfoils
Shock Waves on airfoils
Viscous Flows
Boundary Layers on Airfoils
Viscous Flow Effects on Airfoils
Shock-Induced Separation for Airfoils

Classification of the Aircrafts

Classification of the Aircrafts
Definition of Swept Wing
General Design Considerations
Application of Wing Sweep
Swept Wing Design Part 1
Swept Wing Design: Part 2
Swept Wing Performance
Military Swept Wing Design

Airfoil Performance Background

Airfoil Performance Background
Transonic Airfoil Characteristics
Compressibility and Wave Drag
General Drag Definitions and Prediction
The Supercritical Airfoil
Drag Prediction – Near-Field Method
Drag Prediction – Far-Field Method
Example of Drag Calculation
Example of Calculation of Shock-Induced Separation
Types of shock-induced separation

Boundary Layer Performance Method

Boundary Layer Performance Method
Lift Dependent and Skin Friction Drag Methods
Swept Wing Flow Separation

Aerodynamics Software XFOIL

Aerodynamics Software XFOIL