Add to ORKGThe behind the scenes of Formula 1 Racing is quite complex, involving a variety of different STEM concepts and ideas. Dynamical systems, differential equations, physics, and much more all play a part in how Formula 1 teams design and optimize their vehicles, to produce the best performance on the track. Throughout my presentation I will take a deeper dive into a couple of these topics, explaining in detail the importance and uses they have
The purpose of this paper is to review how knowledge of aerodynamics improved the performance of For...
Since the invention of the motor car over 100 years ago, people have been trying to improve its tech...
Racing Green is the story of how motorsport science has become smarter and more environmentally frie...
The behind the scenes of Formula 1 Racing is quite complex, involving a variety of different STEM co...
Motorsport is the world’s fastest R&D lab and the science extends its reach far beyond the track. Fr...
Motor racing is one of the world’s most watched sports. It’s also the most scientifically demanding ...
This project is to explore the concepts of automobile design by designing a race car to compete in t...
This bachelor´s thesis is engaged in description of progress, research, manufacturing and testing co...
Formula E is making a stand at the highest level of motorsport – but what is happening in the lower ...
The author reviewed the progress and evolution for the past 100 years of automotive racing, in parti...
Purpose-built racing cars have been created since the late 1800s and have evolved into some of the m...
Despite massive research efforts carried out by racing car manufacturers aerodynamics is probably th...
InMotion has the goal to create a research platform for innovative technologies to show the world th...
“There’s probably no better sport than Formula E to present and study the science and practice of in...
This work shows basic rules and conditions for construction and use of cars formula 1. The main part...
The purpose of this paper is to review how knowledge of aerodynamics improved the performance of For...
Since the invention of the motor car over 100 years ago, people have been trying to improve its tech...
Racing Green is the story of how motorsport science has become smarter and more environmentally frie...
The behind the scenes of Formula 1 Racing is quite complex, involving a variety of different STEM co...
Motorsport is the world’s fastest R&D lab and the science extends its reach far beyond the track. Fr...
Motor racing is one of the world’s most watched sports. It’s also the most scientifically demanding ...
This project is to explore the concepts of automobile design by designing a race car to compete in t...
This bachelor´s thesis is engaged in description of progress, research, manufacturing and testing co...
Formula E is making a stand at the highest level of motorsport – but what is happening in the lower ...
The author reviewed the progress and evolution for the past 100 years of automotive racing, in parti...
Purpose-built racing cars have been created since the late 1800s and have evolved into some of the m...
Despite massive research efforts carried out by racing car manufacturers aerodynamics is probably th...
InMotion has the goal to create a research platform for innovative technologies to show the world th...
“There’s probably no better sport than Formula E to present and study the science and practice of in...
This work shows basic rules and conditions for construction and use of cars formula 1. The main part...
The purpose of this paper is to review how knowledge of aerodynamics improved the performance of For...
Since the invention of the motor car over 100 years ago, people have been trying to improve its tech...
Racing Green is the story of how motorsport science has become smarter and more environmentally frie...