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Synopsis
This exclusive workshop delves into the simulation state of the art in Formula 1, bridging theory with practical implementation. Each section is carefully designed to maximize insight, provoke thought, and equip attendees with frameworks that can be applied in real-world motorsport environments.
Workshop Structure (4 Hours):
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Introduction to Simulation in Motorsport
We begin by setting the stage: the critical role of simulation in motorsport. From race prep to trackside decision-making, we’ll show how accuracy and precision are paramount in F1.
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Simulation Tools and State of the Art
We will explore key modelling approaches used in the industry—from analytical models to complex simulations—highlighting how each method contributes to performance insights.
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Hands-On: Lateral Dynamics – Deriving the Bicycle Model
Together, we’ll derive a full lateral dynamics model, step-by-step. From the governing physics to the computational implementation in Python, this segment ends with a sensitivity analysis to demonstrate the effect of key parameters on vehicle response.
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Understanding Transient Response
We’ll dive into one of the least understood but most crucial aspects of vehicle behaviour - transients. Using outputs from the model, we’ll reveal how transient dynamics define handling and control.
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Ride vs Aero – A Motorsport Dilemma
A strategic discussion on one of motorsport’s biggest trade-offs - ride versus aerodynamic efficiency. How do top teams manage it, and why does it matter so much?
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Hands-On: Vertical Dynamics – Deriving a Ride Model
Closing with another hands-on exercise, we’ll walk attendees through the derivation and implementation of a ride model, with emphasis on aero-ride trade-offs and virtual optimization strategies that can replace traditional 7-post rig testing.
To book a workshop, please complete the visitor registration and at the end select the workshops you wish to attend.
