F1 2022 Overtaking Comparison Using CFD Analysis
Nacho Suarez-PhD, Timoteo Briet and Enrique Scalabroni use CFD simulation to help us understand how F1 2022 chassis regulations improve overtaking.
How AWS Optimize F1 aerodynamic geometries via Design of Experiments and...
Pablo Hermoso Moreno, Data Scientist in the AWS Professional Services Team, shows us how to optimize Formula 1 2022 aerodynamic geometries via the Design of Experiments and machine learning.
Super GT’s Sustainable Fuel
100% plant-based cellulosic material that is converted into hydrocarbons and oxygenates derives the feedstock of Super GT's biofuel for 2023 onwards.
Tech Explained: Simulating Porpoising on a quarter-car suspension model
Nacho Suarez-PhD, Timoteo Briet and Enrique Scalabroni use simulation to help us understand porpoising and how to reduce it.
Data Analytics: Managing F1’s Digital Gold
How Alteryx's data automation and workflow platforms help find, manipulate and exploit data in Formula 1.
Formula 1’s Porpoising Problem
Porpoising is a phenomenon that caught out many of the F1 teams at the first pre-season test and is something they'll need to get on top of to optimise in this new era.
Tech Explained: 2022 F1 Technical Regulations
Michael Masdea, MSc graduate of Race Car Aerodynamics, investigates and explains the technical detail and scope for development in the 2022 FIA Formula 1 technical regulations.
Mercedes F1’s Mike Elliott Explains Challenges of 2022
Mercedes-AMG Formula 1 Technical Director Mike Elliott explains what he believes are the biggest challenges of the 2022 regulations.
UGR20 Unsprung Mass Study
Racecar Engineering looks into University of Glasgow's UGR20 Formula Student Unsprung Mass Development.
UGR20 Powertrain Development
Neil Dawson, Powertrain Manager at UGRacing, explains how UGRacing improved the engine's drivability for its 2021 Formula Student campaigning UGR20.
