• Post category:StudyBullet-17
  • Reading time:6 mins read

Aerospace Engineering: Aircraft Design Project Course
Mastering Aircraft Design: From Concepts to Creation

What you will learn

Aircraft Design Principles: Understand aerodynamics, propulsion, structures, and systems’ impact on aircraft performance.

Hands-On Aircraft Design: Design various aircraft with exercises, gaining skills in dimensions, masses, and balance.

Application of Aerospace Engineering: Apply engineering concepts to real aircraft design, considering missions, performance, and safety.

Project Development and Collaboration: Develop business jet models, collaborate in an aerospace community, enhancing technical skills and teamwork.

Description

Welcome to the “Aerospace Engineering: Aircraft Design Project Course” – your gateway to mastering the art and science of designing aircraft from concept to creation!

Embark on a thrilling educational journey where aerospace engineering principles come to life, unlocking the mysteries of aerodynamics, propulsion, structures, and systems. This comprehensive course is designed for anyone passionate about aerospace, whether you’re an aspiring engineer, aviation enthusiast, or a complete beginner curious about aircraft design.

What You’ll Learn:


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  • Foundational Principles: Delve into the fundamental principles that govern aircraft design, gaining a deep understanding of how aerodynamics, propulsion, structures, and systems intricately shape the performance of flying machines.
  • Hands-On Project Development: Immerse yourself in practical, hands-on exercises that guide you through the step-by-step process of designing various aircraft types. From business jets to military planes, you’ll apply theoretical knowledge to real-world projects, honing your skills in dimensions, mass estimation, and optimal balance.
  • Application of Aerospace Engineering Concepts: Learn to apply aerospace engineering concepts to real-world scenarios. Make informed decisions during the design process, taking into account mission requirements, performance constraints, and safety considerations.

This course is crafted to be beginner-friendly, assuming no prior engineering experience. I’ll be your guide, providing support every step of the way. By the end of the course, you’ll not only have a comprehensive understanding of aircraft design principles but also the practical skills to create your own business jet models.

Don’t miss this opportunity to explore the dynamic world of aerospace engineering. Enroll now and let’s soar to new heights together!

English
language

Content

Aircraft Design Project Overview and Discussion

Aircraft Design Project Overview and Discussion
Statistical Analysis Tables
Using Statistical Data for Parameters Prediction
Requirements to the New Aircraft
Applying the Statistical Analysis to Our Project

Flight Mission Types

Flight Mission Types
Choosing the Main Aircraft Parameters
Aircraft Mass Estimation
Empty Plane Mass
Cabin Crew and Luggage Mass
Fuel Mass

Wing Loading

Wing Loading
Aircraft Traction and Qualities

Types of Aerodynamic Scheme

Types of Aerodynamic Scheme
Choosing Aerodynamic Scheme
Wing Airfoil and Geometry
Horizontal Surface Geometry
Vertical Surface Geometry
Elevator and Rudder Design

Estimating Fuselage Width

Estimating Fuselage Width
Estimating Cabin Length
Height and Length of the Body

Re-estimating Aircraft Masses – Wing Mass

Re-estimating Aircraft Masses – Wing Mass
Fuselage, Surfaces and Landing Gear Mass
Powerplant, Equipment and Fuel Mass

Aircraft Balance Characteristics Overview

Aircraft Balance Characteristics Overview
Balancing of Aircraft Construction
Balancing of Aircraft Construction
Balancing Additional Aircraft Components
Estimating the Final Center of Masses
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