Aero Theory with Wouter Remmerie

Course Feature

Cost

Free
Provider

Udemy
Certificate

No Information
Language

English
Start Date

Self Paced
Learners

No Information
Duration

No Information
Instructor

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4.2

5,200 Ratings

Discover the fascinating world of aerodynamics with Aero Theory, a course led by renowned expert Wouter Remmerie. Dive into the science of how things move and explore the applications of Computational Fluid Dynamics (CFD) in designing automobiles. Unleash your creativity as you learn to design drones that soar through the skies with precision. Plus, explore the exciting realm of aerodynamics in sports and uncover the secrets behind achieving optimal performance. Join Aero Theory now and unlock the secrets of flight and innovation.

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Course Overview

❗The content presented here is sourced directly from Udemy platform. For comprehensive course details, including enrollment information, simply click on the 'Go to class' link on our website.

Updated in [September 05th, 2023]

In the course "Aero Theory with Wouter Remmerie," students will acquire a diverse set of skills and knowledge spanning the field of aerodynamics. The course description outlines the key areas of focus:

1. Understanding Aerodynamics: This course delves into the fundamental principles of aerodynamics, which is the science of how objects move through the air. Students will gain a deep understanding of the physical principles governing airflow, lift, drag, and other essential concepts.

2. Computational Fluid Dynamics (CFD): CFD, or Computational Fluid Dynamics, is a powerful tool for simulating and analyzing fluid flows, including those in the context of designing automobiles and various engineering applications. Students will learn how to apply CFD techniques to optimize the design and performance of vehicles and other systems.

3. Designing Drones: The course explores the specialized field of designing drones, focusing on the aerodynamic considerations that are crucial for efficient and stable drone flight. Students will gain insights into drone design principles and the aerodynamic factors that influence drone performance.

4. Aerodynamics in Sports: This course extends beyond traditional applications and delves into the role of aerodynamics in sports. Students will discover how aerodynamic principles impact sports equipment design, athlete performance, and even the design of sports venues.

Contribution to Professional Growth:
This course offers a multifaceted approach to aerodynamics, equipping students with a versatile skill set applicable across various industries. It contributes to professional growth by enhancing students' ability to analyze and optimize aerodynamic systems, making them valuable assets in fields such as aerospace engineering, automotive design, sports technology, and more. Professionals can leverage these skills to advance their careers, tackle complex engineering challenges, and contribute to innovations in their respective industries.

Suitability for Preparing Further Education:
For those considering further education, "Aero Theory with Wouter Remmerie" serves as an excellent foundation. The comprehensive knowledge and practical skills acquired in aerodynamics and CFD provide a strong basis for pursuing advanced degrees in aerospace engineering, fluid dynamics, or related fields. Additionally, the course's practical applications in drone design and sports aerodynamics make it a suitable choice for individuals aspiring to engage in research or specialized studies at an advanced academic level.

Course Syllabus

Aerodynamic Drag

Drag Coefficient

Turbulence, Reynolds & Wind Tunnel Testing

Open Surface Models

Race Car Aerodynamics

Car Diffusers

DIY Aerodynamics #1: 70's VW Beetle

DIY Aeroydynamics #2 - Vortex Generators

Smart Mobility - City Vehicle Aerodynamics

Drone Design #1 - Selecting an Airfoil

Drone Design #2 - 3D Flow analysis

Wing Tip Vortex

Airplane Design #1 - A Peugeot Designer's Vision

Airplane Design #2 - Flight Dynamics

Airplane Design #3 - Glider Plane Design

Winning the Ironman

Custom Aerodynamics - Bioracer meets AirShaper

Motorbike Wheelies

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