Aerospace Engineering: Aircraft Aerodynamics

Master the Fundamentals of Aircraft Aerodynamics

What you'll learn

Aerodynamics role in Aircraft

Fundamentals of Aircraft Aerodynamics

Advanced Concepts of Aircraft Aerodynamics

Aerodynamics Influence in Aircraft Design

Requirements

An interest in Aerospace Engineering

Being 18 years old or more

Basic Physics Concepts

Description

The Aerospace Engineering: Aircraft Aerodynamics Course is a multidisciplinary course where you will learn many topics regarding the fundamentals and advanced of aircraft aerodynamics. This course is aimed at everyone who is interested in the aerospace sector, as well as those of you who might be considering working in the industry. My name is Lluís Foreman and I am an Aerospace Engineer having developed more than 15 courses for the aerospace and automotive industries here on Udemy, Coursera, and ValueKnow. ValueKnow is our dedicated webpage for professional courses with relevant information on industrial trends, companies of the sector, additional resources, and more. In this Course, you will learn the following: Lesson 1: Aircraft Aerodynamics TheoryClass 1.1: Aircraft Static ForcesClass 1.2: Lift and Drag ExplainedClass 1.3: Advanced AerodynamicsLesson 2: Wing AerodynamicsClass 2.1: Wing 3D EffectsClass 2.2: Wing Induced DragClass 2.3: Wing ConfigurationsLesson 3: High Lift DevicesClass 3.1: 4 Introduction to High Lift Devices PhysicsClass 3.2: Flaps and SlatsClass 3.3: Stall ExplainedAdditional Class 1: Drag Coefficient InfluenceAdditional Class 2: Polar Cure and RatiosThis is a fundamentals course where you will learn the fundamentals of aerospace, as well as getting you motivated to learn more in the future. Aerospace is an incredible topic, and I hope you enjoy the course. As always, feel free to contact for any inquiries. Best, Lluís Foreman - ValueKnow Founder

Overview

Section 1: Aerospace Engineering: Aircraft Aerodynamics

Lecture 1 Course Introduction & Lesson 1: Aircraft Aerodynamics Theory

Lecture 2 Class 1.1: Aircraft Static Forces

Lecture 3 Class 1.2: Lift and Drag explained

Lecture 4 Class 1.3: Further aerodynamics must-knows

Lecture 5 Lesson 1: Recap & Conclusions

Lecture 6 Lesson 2: Wing aerodynamics

Lecture 7 Class 2.1: Wing 3D Effects

Lecture 8 Class 2.2: Wing Induced Drag

Lecture 9 Class 2.3: Wing configurations

Lecture 10 Lesson 2: Recap & Conclusions

Lecture 11 Lesson 3: High lift devices and stall

Lecture 12 Class 3.1: High lift devices

Lecture 13 Class 3.2: Flaps and slats

Lecture 14 Class 3.3: Stall

Lecture 15 Class 3.4: Drag Coefficient Influence

Lecture 16 Class 3.5: Polar Curve and Ratios

Lecture 17 Lesson 3: Recap & Conclusions

Professional Engineers working in the Aerospace Sector,Technicians and Engineers working in other sectors, but interested in learning about Aerospace,Consultants and other professionals seeking to understand Aerospace Engineering,Advanced Students